Skilled Trades, Manufacturing & Energy

How to get hired as a welder in 2026-27

Updated 5 October 2026 · 24 min read · by SkillSculptor

The short answer

You get hired as a welder by passing a weld test on the exact process, position and code the employer runs: the coupon is the interview, a shop foreman or welding inspector usually decides within days, and no amount of resume polish survives a failed bend test. No US state licenses welders, so what actually gates the work is a welder performance qualification record (a WPQ) written to a code (AWS D1.1 for structural steel, ASME Section IX for pressure piping and vessels, API 1104 for pipelines, NAVSEA Tech Pub 248 for Navy work) and under ASME IX that qualification belongs to the employer that issued it, so expect to re-test when you change shops. The one credential that travels with you is an AWS Certified Welder card, earned by welding a test at an AWS Accredited Test Facility and kept alive by filing a continuity form on AWS's published schedule. Pay tracks the code, the position and the sector far more than years of service, so look up SOC 51-4121 in the BLS Occupational Employment and Wage Statistics tables for your own state and metro rather than trusting a national average: 6G pipe work under ASME IX or API 1104, shipyard and defence welding, refinery turnarounds and union pipeline rig work all sit well above general production welding.

Licence requiredNone at state level. No US state licenses welders the way states license electricians or plumbers, so a programme selling you a "welding licence" is selling you a school certificate. The one exception to know about is municipal: a few cities, New York City among them, license or certify welders for certain structural work on permitted buildings, check your own city's buildings department before you assume. What you need everywhere else is a welder performance qualification to the code your sector uses, plus the cards that get you onto the site.
The credential that actually gates the workA welder performance qualification record, usually called a WPQ or WQTR: a coupon you welded to a written welding procedure specification (WPS), destructively bend-tested or radiographed, and signed off. Under ASME Section IX the qualification is held by the employer that conducted it and generally does not transfer to another employer, and it lapses for a process once you go more than six months without using that process in production, documented in the employer's continuity log. You can usually renew a lapsed ASME IX process by welding a single renewal coupon rather than re-running the full range test, ask QC, because many welders do not know this.
The portable certificationThe AWS Certified Welder credential, earned by welding a test at an AWS Accredited Test Facility rather than by passing a class. It is registered with AWS, so a prospective employer can verify it, and it travels with you between employers. Keeping it active means filing a maintenance (continuity) form with AWS on its published schedule, currently every six months for most supplements, and letting it lapse means re-welding the test. Confirm the current interval, grace period and fees with AWS or the test facility, because programme rules and prices change.
Time to employableMonths, not years, which makes this one of the fastest-entry skilled trades. A community college welding certificate is commonly one to two semesters. Private academies run a few weeks to several months. Shipyard and large-manufacturer in-house schools are shorter still, a few weeks of full-time training, taking people with no trade experience at all. The federally funded Accelerated Training in Defense Manufacturing (ATDM) programme in Danville, Virginia runs full-time for roughly four months with welding as one of its tracks, tuition-free for accepted students. Registered apprenticeships through the UA, Boilermakers, Ironworkers or SMART run three to five years and pay you throughout.
What employers test onProcess, position, material and thickness, to a code. The common tests are SMAW (stick) with a 6010 root and 7018 fill and cap, FCAW gas-shielded dual shield for structural and shipyard work, GMAW short-circuit or spray for production, and GTAW (TIG) for stainless, aluminium and root passes. Positions are 3G (vertical plate) and 4G (overhead plate) for structural, and 6G (pipe fixed at 45 degrees, every position in one joint) for pipe, with 6GR adding a restriction ring that mimics a T-K-Y connection. A 6G stick-and-TIG combination test on heavy wall pipe is the single test that moves pay the most in most markets.
Codes by sectorAWS D1.1 (structural steel; the current edition is D1.1/D1.1M:2025, though plenty of live work is still contracted to an earlier edition), D1.2 (aluminium), D1.5 (bridges, with AASHTO), D1.6 (stainless), D9.1 (sheet metal), D17.1 (aerospace), D15.1 (rail). ASME Section IX with B31.1 or B31.3 for power and process piping and with Section VIII for pressure vessels. API 1104 for pipeline right-of-way work. NAVSEA S9074-AQ-GIB-010/248 ("Tech Pub 248") and MIL-STD-1689 for naval shipbuilding. Ask which code and which edition governs the job you are applying to; it changes the test, the paperwork and the pay.
Where to get real pay numbersBLS Occupational Employment and Wage Statistics, SOC 51-4121 (Welders, Cutters, Solderers, and Brazers), which publishes 10th, 25th, 50th, 75th and 90th percentile hourly and annual figures nationally, by state and by metro area, the metro percentile for your own area is the number you want, not the national median. SOC 51-4122 covers welding machine setters and robot operators separately. Then: Davis-Bacon and state prevailing-wage determinations at sam.gov for public work; your local's published wage sheet (UA, Boilermakers, Ironworkers, SMART); the PLCA-UA National Pipe Line Agreement for pipeline scale; and posted ranges in pay-transparency states. Naming the source beats quoting a band.
Cards and clearances that gate the gateA drug screen (often through an industry consortium such as DISA for refinery and industrial work), a physical and sometimes a lift test, a respirator medical evaluation and fit test under 29 CFR 1910.134 (not optional once stainless and hexavalent chromium are in play), OSHA 10 or 30, confined-space and hot-work training, NCCER credentials verified in its registry for many industrial contractors and staffing firms, a TWIC card for ports, waterfront refineries and many shipyards, US citizenship for Navy and ITAR-controlled work, a clean driving record if you will travel, and reliable transportation. More welding offers die at these steps than at the arc.

The weld test is the interview: how welders actually get hired

Forget the four-stage hiring loop. For most welding jobs the sequence is: apply or walk in, weld a test coupon, have it bent or shot, and either start Monday or get a handshake and a "keep in touch". The decision-maker is a shop foreman, a welding supervisor, or a quality inspector with a code book, not a recruiter and not a panel. In a busy market the whole thing can happen inside a week, sometimes inside a day.

That changes your strategy completely. Time spent rewriting a summary paragraph is time stolen from arc time. Your resume exists to get you into the test booth, and once you are in the booth almost nothing else you have done matters. This is one of the most meritocratic hiring processes in the economy, which is good news if you can weld and brutal news if you cannot.

There are four common doors. Direct to the employer, a fabrication shop, manufacturer or shipyard with its own test booth. Through a staffing or craft-labour firm, which dominates refinery turnarounds, shutdowns and travel work and will usually test you itself before placing you. Through a union hall, where you test to the local's standard once and get referred out to signatory contractors. And through a third-party test lab or AWS Accredited Test Facility, where you pay for your own test and walk out with paper you can show anyone; AWS publishes a searchable directory of accredited facilities, so find the nearest one before you need it.

Two details about test day that people learn the expensive way. First, who pays varies: many employers test you free on their machine with their consumables, some charge a test fee, and a third-party lab always does. Ask before you drive. Second, you are expected to bring your own hood, gloves, leathers, boots and hand tools. Budget for that kit before your first test, it is the one unavoidable upfront cost of entering this trade, and a school's branded kit is usually dearer than buying the same items yourself. Showing up to a weld test asking to borrow a helmet reads exactly as badly as it sounds.

Turnaround and travel work runs on its own calendar. Refinery, chemical plant and power station shutdowns cluster in spring and autumn, crews are assembled fast, and the staffing firms that service a region call the welders whose paperwork and availability are already on file. Registering with three or four of those firms months before you want the work is the mechanism; waiting for a posting is not.

There is no welding licence: what actually qualifies you

This is the most misunderstood fact in the trade, and the one trade-school marketing muddies hardest. No state issues a welding licence. A handful of cities license or certify welders for structural work on permitted buildings, so check your own city, but nowhere is there a state card you carry the way an electrician does. When people say "certified welder" they mean one of three different things, and conflating them costs money.

First, a school certificate. That is a receipt for training. Employers read it as evidence you were taught, which has some value, but it qualifies you for nothing and no code recognises it. Second, a welder performance qualification, the WPQ: you welded a coupon to a specific written procedure, it was tested, and a signed record states which process, position, material, thickness range and diameter range you are qualified for. Third, an AWS Certified Welder card, which is a WPQ earned at an AWS Accredited Test Facility and registered with AWS so it is portable and verifiable.

The part that surprises people with years in: under ASME Section IX a performance qualification belongs to the employer that conducted it and generally does not transfer to another employer. Change shops and you re-test, almost always. AWS D1.1 is friendlier, a qualification can be accepted by another employer at that employer's discretion if the paperwork is in order, but discretion in practice means they will put you in the booth anyway. Plan your career around re-testing being normal rather than an insult.

Qualifications also expire by disuse. Under ASME IX your qualification for a process stays valid only while no more than six months pass without you using that process in production, documented in the employer's continuity records; renewal is usually a single coupon rather than the whole original test. AWS certifications are maintained by filing a continuity form on AWS's published schedule, currently every six months for most supplements, and lapsing means re-welding the test. A welder who spent two years on production MIG and then applies for a TIG job with a four-year-old TIG qualification has, in code terms, nothing.

So do three unglamorous things from your first week on any job. Ask QC for a copy of every WPQ with your name on it, and keep them. Keep a dated log of which processes, positions and materials you actually ran, because that is what feeds a continuity claim and a future resume. And request current copies before you give notice, not after.

Beyond welder qualifications there is a credential ladder worth knowing exists, because it is where the long-term money and the intact knees are. AWS Certified Welding Inspector (CWI) under AWS QC1, gated on a combination of education and documented experience, a vision test, and a three-part exam that includes a practical and an open-code-book part. Nondestructive testing Level II certifications written to ASNT SNT-TC-1A. Certified Welding Educator, Certified Welding Supervisor, robotic welding credentials, estimating, and the weld-engineering track. The welders who make it to retirement in this trade are overwhelmingly the ones who picked one of these in their thirties, while they still had the choice.

Processes, positions and codes: the grid employers hire on

Welders are hired against a grid, not a job title. The axes are process, position, base metal, thickness and code. Where you sit on that grid sets your pay more than your years do, and the cheapest career move available to most welders is adding one cell to the grid rather than accumulating another year in the cell they are already in. The most-requested cell in many markets is not a process at all but a combination: the fitter-welder or combo welder who can read the print, fit the joint and then weld it, or who holds both stick and TIG on pipe.

The processes, in the terms employers use. SMAW (stick) is the backbone of field work and repair: 6010 or 6011 for an open root, run downhill on pipelines and uphill almost everywhere else, 7018 low-hydrogen for fill and cap on structural and pressure work, 7024 for flat high-deposition work. FCAW (flux-cored) splits into gas-shielded dual shield (fast, clean, the structural and shipyard workhorse) and self-shielded innershield for field work in wind. GMAW (MIG) runs short-circuit on thin material and spray or pulse for production on heavier plate; this is where the robots and cobots live. GTAW (TIG) covers stainless, aluminium, titanium, thin wall, sanitary tube and root passes in high-purity or high-consequence piping. SAW (submerged arc) is mechanised, in shops with big weldments. Oxy-fuel and plasma cutting, carbon-arc gouging and air-arc are adjacent skills every shop assumes you have.

Positions are the honest measure of hand skill. Flat and horizontal plate (1G, 2G, 1F, 2F) are the floor. Vertical and overhead (3G, 4G) are the structural standard. On pipe, 1G and 2G are rolled and horizontal-fixed, 5G is horizontal fixed with the pipe not rotating, and 6G puts the joint at 45 degrees so you cover every position in one weld. 6GR adds the restriction ring and is the hardest common test in the trade. A sensible order to learn them: flat and horizontal production work, then 3G and 4G plate under D1.1, then 5G and 6G pipe, then TIG root and open-root combos, then exotic alloys.

Materials matter more than beginners expect. Carbon steel is the default. Stainless brings heat input control, purge and back-purge gas, colour and distortion control, and a serious respiratory hazard: hexavalent chromium fume is regulated under its own OSHA standard, 29 CFR 1910.1026, with exposure monitoring and respirator requirements attached. Aluminium brings cleanliness discipline, pulse and spray transfer, push angle and a completely different puddle. Chrome-moly, Inconel, duplex and titanium all carry preheat, interpass temperature and post-weld heat treatment requirements written into the WPS, and a welder who can hold interpass temperature and document it is worth real money in a power plant or refinery.

The code attached to the work is what turns hand skill into a wage. A welder who lays a pretty bead but has never worked to a WPS, logged a heat number, respected a preheat, or had a weld rejected and written up is an unqualified welder in the eyes of a QC department. The habits code work demands, read the procedure, draw the specified consumable from a controlled rod oven, stay inside the amperage and travel-speed ranges, clean between passes, stamp your welds, accept inspection, are what separate a production hire from a code welder far more reliably than talent does.

Five ways in, and what each one costs you

Welding has more legitimate entry routes than almost any other skilled occupation, with wildly different price tags for the same outcome. The expensive route is not the best route; it is the one with the biggest advertising budget.

The least-discussed truth about welding school is that arc time, not curriculum, is what you are buying. Two programmes with identical course listings can differ several times over in hours under the hood, and a cheap community college programme with booths free in the evenings beats an expensive academy that rations wire. Ask for hours at the arc per week, in writing, and ask to stand in the booth area at ten on a Tuesday morning and count how many students are actually welding.

The sectors: what each pays for and what each takes

"Welder" is not one job market. It is at least eight, with different hiring mechanisms, pay structures, hour patterns and body costs. Choosing deliberately in year one is worth more than any single certification, because the sectors do not interchange cleanly at year ten: a decade of light-gauge production MIG does not prepare you for a 6G stainless root, and a decade of pipeline work does not prepare you for aerospace tolerances.

Fabrication and manufacturing. Shop-based, days or fixed shifts, GMAW and FCAW on jigs and tables, often to D1.1. Lowest barrier to entry, steadiest hours, lowest ceiling, and the sector most exposed to cobots and automation. A good first job and a bad only job.

Structural and ironwork. Buildings, bridges, towers, erection. D1.1 and D1.5, out of position, outdoors, heights, fall protection, weather delays. Union ironworker locals dominate the big jobs in many markets. Paid well on prevailing-wage and union work; physically expensive.

Pipe and mechanical. Process piping, power plants, HVAC mechanical, refineries, breweries, pharma. ASME Section IX with B31.1 or B31.3, 6G, TIG roots, purges, preheat and documentation. This is where hand skill converts to wage most directly. The UA is the dominant union; large mechanical contractors and specialty shops hire open-shop.

Pipeline. API 1104, mainline crews, tie-ins, stations. Historically downhill stick on the right-of-way, and still that on tie-ins and repairs, but big-diameter mainline work has moved substantially to semi-automatic and mechanised processes, ask a contractor what they actually run before you train for one. High earnings, seasonal and project-driven, constant travel. In union pipeline work you supply a rig: a truck, a welding machine of specified output and leads, to the local's published spec, with an initiation fee and a test fee on top. Get the current figures from the hall rather than from an article. Rig welders are effectively small businesses, truck, machine, fuel, insurance and maintenance come out of your rate.

Shipbuilding, ship repair and defence. Carriers, submarines, surface combatants, commercial repair. Tech Pub 248 and MIL-STD-1689, tight compartments, overhead and vertical work, respirators, and the most aggressive hiring in the trade right now because of the submarine industrial base build-out. Expect US citizenship requirements, background checks, drug screens and sometimes a TWIC. Trainee-to-qualified paths exist here that exist nowhere else.

Industrial maintenance, turnarounds and travel work. Plant maintenance welders, millwright-adjacent repair, and the shutdown circuit at refineries, chemical plants, paper mills and power stations. Hired through staffing firms in waves, 6x10s or 7x12s for a few weeks, per diem, then off. The highest short-term earnings per calendar week outside pipeline, the hardest on family life, and the fastest way to accumulate varied qualifications.

Precision: aerospace, medical, semiconductor, nuclear, motorsport. AWS D17.1, orbital GTAW, hand TIG on thin wall, cleanroom discipline, full traceability and often ITAR citizenship requirements. Hourly rates are frequently lower than pipeline, hours are stable and climate-controlled, and the skills are the hardest in the trade to acquire and the least likely to be automated soon. Underwater welding sits outside all of this: it is a commercial diving career first. BLS tracks commercial divers separately under SOC 49-9092, where national employment is a tiny fraction of welding employment, and the route runs through dive school tuition, an ADCI card and years of tending before you weld wet, against a genuine fatality and decompression risk. Treat it as a diving career, not a welding upgrade.

The resume, the paperwork and the portfolio

A welder's resume is a qualification document with work history attached, and it should be one page. The reader is a foreman scanning for whether you can run the process the shop runs, in the position the work sits in, to the code the job is built to, right now. Everything that does not serve that answer is noise.

Lead with a certification matrix, because it is the only part most readers study. Process, position, base metal, thickness or diameter range, code, issuing employer or test facility, date qualified, date last used. A table beats prose. If you hold an AWS Certified Welder card, give the number so it can be verified. If a qualification has lapsed on continuity, show the date honestly and say you are ready to test; the foreman is going to test you anyway, and inflated paper is the fastest way to lose the booth.

Then equipment and consumables, in real names. Lincoln, Miller, ESAB and Fronius machines by model where it matters; 6010, 7018, E71T-1, ER70S-6, ER308L, ER4043 by classification; positioners, rod ovens, induction heating, orbital heads, plasma tables, press brakes, ironworkers, overhead cranes and forklifts you are certified on. Shops hire for the stack they own.

Then work history, in the shortest useful form: employer, sector, what you built, in what material and thickness, to what code, on what shift. "Welded steel" tells a foreman nothing. "FCAW dual shield, 1/4 to 1 inch A36 and A572-50 plate, D1.1, structural weldments for crane booms, 3G and 4G, nights" tells him whether to call you. If you know your repair or reject rate and it is good, say it, that number carries more weight than any adjective, and almost nobody puts it on a resume.

Then the gating paperwork, in one block: OSHA 10 or 30, confined space, hot work and fire watch, respirator fit test and medical evaluation currency, forklift and aerial lift, rigging and signalling, NCCER credentials if your market uses them, first aid and CPR, TWIC, current driver's licence and clean MVR if you will travel, willingness to pass a drug screen and background check, citizenship status where ITAR or Navy work is in play, and your travel and per diem availability. For turnaround and travel work this block is half the hiring decision.

What gets ignored or actively hurts: objective statements, soft-skill lists, buzzwords, GPA, high school coursework, unrelated retail history stretched across a third of the page, and long unexplained gaps. Keep attendance and reliability visible instead, in a trade where a missing welder stops a crew, attendance is a skill. And one welder-specific asset: a short photo portfolio of your own work. Caps and root passes on coupons, a fit-up, a finished weldment, close enough to see the toes and the stack. Six good photos, lit properly, on a phone you can hand across a desk. Small and mid-size fab shops respond to this, and almost nobody brings one.

On applications and tracking systems: much welding hiring now routes through job boards and staffing-firm databases where matching is keyword-literal. Spell out both the term and the abbreviation at least once (gas tungsten arc welding (GTAW, TIG), flux-cored arc welding (FCAW), AWS D1.1, ASME Section IX, API 1104) and name positions as 3G, 4G, 5G, 6G, 6GR. Then still walk in, because the two channels do not reach the same jobs.

Test day and the interview around it: what is really being judged

A welding interview is short and concrete, and most of it is not spoken. The foreman is deciding four things: can you make a sound weld to procedure, can you set up and fit the joint without supervision, will you show up, and will you lie about a bad weld. The last one gets people removed from a site faster than the first one gets them hired.

Before the arc, expect a paper and a yard test. Weld symbols. Fractions and a tape measure. Reading a WPS and telling them what electrode and amperage range it calls for. Identifying a joint and a weld type from a print. Often a visual-defect identification test: point at undercut, overlap, excessive reinforcement, crater crack, arc strike, lack of fusion. These take ten minutes and they screen out a surprising number of people who can lay a bead.

Expect the test itself to take one to three hours including fit-up and tacking, longer on pipe. You will usually be handed the WPS and expected to read it, set your own machine, prep and fit the joint, and run it unsupervised. Your coupon is then cut and bent, or radiographed, or both. Bend tests fail on lack of fusion at the root and the toes, undercut, slag inclusions and porosity. Radiography fails on all of that plus internal defects you cannot see from the cap, which is why grinding a cap pretty is not a strategy.

During the test you are watched for workmanship habits as much as for the bead: whether you clean the joint, whether you tack sensibly and in sequence, whether you chip and wire-brush between passes, whether you watch interpass temperature when the procedure says to, whether you wear your gear properly, whether you keep the booth tidy, whether you check your own work with a fillet gauge before handing it over. Experienced inspectors will tell you they can call the result before the bend.

After the test, the conversation. The questions are plain: what processes have you run in the last six months, and on what. What was the last weld of yours that got rejected, and what caused it. What do you do when the fit-up you are handed is outside the procedure. What do you do when the WPS and the foreman disagree. How far will you travel, how many hours a week do you want, can you work nights, can you pass a drug screen today. The right answers are specific, calm and honest, and the correct answer to the fit-up question is that you tell the fitter or the foreman and do not weld a joint that cannot pass.

Two instant disqualifiers worth stating outright. Grinding or peening to conceal a defect, or welding over a known problem to get a coupon through, ends the interview and can end your welcome in a small market, because QC people talk. And claiming a qualification you do not hold ends it the moment someone asks which code and which edition, or calls the test facility. The trade is small, verification is easy, and reputation travels further than paper.

If you fail, ask for the coupon and the reason. A competent inspector will show you the bend face and name the defect: root lack of fusion, side-wall fusion on the second pass, slag trapped at the toe, a porosity cluster, excessive undercut. That is a free lesson most schools charge for. Ask when you may retest (many shops impose a waiting period, so get the actual number of days) write the date down, and spend the interval on that exact joint in that exact position. Coming back on the first day you are allowed with that defect fixed is the strongest thing you can do in front of a foreman, because it is exactly the behaviour he needs in production.

Pay, and where the work is in 2026 and 2027

Welder pay is a stack, not a number, and the headline hourly rate is often the smallest moving part. The components: base hourly rate; shift differential for nights and swings; overtime, which on turnarounds and pipeline is most of the money, because a 7x12 schedule is 84 hours a week and 44 of them are premium time; per diem for travel work, which is untaxed when properly administered and can rival the base; a rig or truck rate for owner-operator welders; prevailing wage on public work; and union fringe benefits, which are real compensation and invisible on a job board.

Go to the published sources rather than to any article's figures, including this one. BLS Occupational Employment and Wage Statistics for SOC 51-4121 publishes hourly and annual wages at the 10th, 25th, 50th, 75th and 90th percentile, nationally and, the part that matters, by state and by metro area. Read your own metro at your own percentile: a welder in a Gulf Coast industrial metro and a welder in a rural job shop are in different economies, and the national spread from the 10th to the 90th percentile is roughly two to one. SOC 51-4122 covers welding and brazing machine setters and operators, the robot-cell side, separately. For public work, Davis-Bacon and state prevailing-wage determinations at sam.gov give the enforceable rate by county and classification. For union scale, read your local's wage sheet, and for pipeline the PLCA-UA National Pipe Line Agreement.

Be sceptical of the demand story in both directions, because you will be sold the loud half. The BLS Occupational Outlook Handbook projects slower-than-average employment growth for welders, cutters, solderers and brazers, with the large majority of annual openings coming from retirements and people leaving the trade rather than from new positions. AWS and its foundation publish a far larger shortfall projection; read it at aws.org and note what it is, an industry-association estimate of unfilled need, not a government employment projection. The reconciliation is not that one side is lying. Aggregate headcount is flat because light, repetitive production welding is being automated, consolidated and offshored, while code-qualified pipe, shipyard, maintenance and field welders are genuinely hard to hire. The practical instruction is to get out of the automatable end of the trade and into the code end as fast as your hands allow.

Where the work concentrates in 2026 and 2027, in rough order of how loudly employers are hiring. Shipbuilding and ship repair, driven by the submarine and surface-fleet build-out, with trainee pipelines, sign-on bonuses and relocation money attached in a way the rest of the trade does not see. Gulf Coast LNG, petrochemical and refinery construction, and the turnaround circuit that follows it. Power generation, transmission and grid equipment (including the gas turbine, transformer and switchgear supply chain the data-centre build-out is pulling on) plus nuclear life-extension and small modular reactor fabrication. Natural gas gathering, transmission and station work for pipeline welders. Defence manufacturing broadly. Semiconductor and pharmaceutical plant construction for high-purity TIG. Infrastructure steel and bridges where state programmes are funded.

And where it does not. General light manufacturing employment is flat to down, and job-shop MIG on repeat parts is the work most likely to be sitting next to a cobot by 2027. Automotive body and frame welding has been largely robotic for decades. Decorative and ornamental work pays badly relative to the skill it takes, almost everywhere. If you are in one of these, your move is a code qualification and a sector change, not more years.

Two levers people underuse. Geography: the same qualifications earn materially different amounts across metros, and the industrial Gulf Coast, the Virginia Tidewater and Pacific Northwest shipyard corridors, the Great Lakes fabrication belt and the Permian and Appalachian gas regions all pay differently for the same hand. Check the BLS metro tables before you move, not after. And schedule: deliberately taking nights, travel or turnaround work for two or three years early on, then converting to a day-shift plant or maintenance job with the qualifications you accumulated, is the most common path to a stable upper-quartile welding income that does not involve owning a truck.

Working with AI in this role

What AI has actually changed for welders, and what it has not

Start with the honest part, because the hype is thick and welders are the stock photo for automation anxiety. The core of this trade is not being automated. Nobody has a machine that will crawl into a submarine ballast tank, weld overhead on a joint that does not match the drawing, repair a cracked casting in a paper mill at two in the morning, tie in a pipeline at a bend in a muddy ditch, or stand behind the weld legally. Those tasks involve unmapped access, varying fit-up, improvisation and liability attached to a human being, and they are the majority of field and maintenance welding. If someone tells you robots will do them by 2030, ask them to describe the last joint they fitted.

What has genuinely changed is the shop. Collaborative welding robots have crossed the price and usability threshold where a job shop with no robotics staff can buy one, and the teaching is now done by hand-guiding the arm and tapping a tablet rather than by writing a program. Hirebotics, Vectis Automation and Miller all sell turnkey cobot welding cells into small and mid-size fabrication, marketed explicitly as being run by the welders already in the building. The technical change underneath is adaptive control: vision-based seam tracking, touch sensing with the wire as a probe, and software that compensates for gap and misalignment instead of demanding expensive fixtures. Novarc's spool welding robot with vision-based seam tracking has been doing this in pipe-spool shops for years; Path Robotics sells systems that scan a part and generate the weld program themselves; and the large shipbuilders have been publicly investing in robotic and additive manufacturing. Read the direction of travel: automation is moving out of high-volume repeat parts and into mid-volume variable work.

You can check what this means in your own market in twenty minutes rather than taking it on faith, including from this article. Pull thirty welding postings within fifty miles and count how many name a cobot or robot platform, a weld data system, or a robotic welding certification, and how many are field, repair, pipe or shipyard roles where none of that appears. Whatever that count is, it is a better guide than anyone's projection.

The second real change is measurement. Weld data platforms (Lincoln CheckPoint, Miller Insight, Fronius WeldCube and the equivalents built into pipe-shop systems) log parameters per arc and tie them to a welder ID and a part number. AI-assisted non-destructive testing is moving the same way: automated defect recognition on digital radiographs and ultrasonic scans is a deployed technology in pipeline and pressure work, not a research promise. The practical consequence for a welder is blunt. Your parameters, your arc-on time and your repair rate are now data rather than opinion. Running hot because it feels better, or wandering outside the procedure and fixing it with a grinder, shows up in a report. Welders who treat the procedure as the procedure are advantaged by this; welders coasting on a good-looking cap are exposed by it.

The third change is who gets paid. The shop welder who can set up, teach, troubleshoot and maintain a cobot cell, and who understands fixturing and fit-up well enough to make a part automatable, is the one who gets the raise and keeps the job. The welder who only runs repetitive short fillets on a bench is the one competing with the cell. AWS already certifies this skill under QC19 as Certified Robotic Arc Welding Operator (CRAW-O) and Technician (CRAW-T, which requires a CWI first), and BLS counts the work separately under SOC 51-4122. In one sentence: automation is shifting welding from making every weld to setting up, qualifying, monitoring and inspecting welds, and that shift is happening in shops, not in the field. Point yourself at the end of the trade where fit-up is never the same twice, or at the end where you run the machines, and avoid the middle.

Setting up, teaching and troubleshooting a cobot welding cell

This is the highest-return new skill in shop welding. Cobot cells from Hirebotics, Vectis, Miller and others are sold specifically to shops without robotics engineers, taught by hand-guiding the arm and confirming points on a tablet, and run by welders already employed there. A shop that buys one needs somebody to own it: part placement, fixture design, program teaching, parameter development, wire and gas selection, nozzle and liner maintenance, and the judgment to send a part back to a hand welder. That person stops being interchangeable. In practice the shop moves its simplest repetitive welds to the cell and puts its experienced hands on the complex assemblies.

Show it: Name the platform and the part. "Taught and ran a cobot welding cell on bracket and skid weldments, built the fixture and developed the parameter set, ran it across two shifts, cut the repair rate on that part family" is specific and checkable. If your shop does not own one, say honestly that you have not run one and that you want to, shops commissioning a new cell often prefer a strong hand welder who wants to learn it over a mediocre welder claiming robot experience. Invented robot familiarity is found out in the first week.

Fit-up and fixturing judgment good enough to make a part automatable

Automation does not remove the need for setup skill; it concentrates value in it. Cobot deployments fail upstream almost every time: inconsistent cuts, sloppy tacks, gaps outside the procedure, parts that locate differently on every load. Even adaptive systems that exist to compensate for gap and misalignment compensate better when the input is consistent. The welder who can look at a weldment and say which joints are fixturable, what the tolerance has to be, where the tacks go and what the locating surfaces are is doing work no vision system does.

Show it: Describe one weldment you made repeatable: what varied, what you changed in the fixture or the tacking sequence, and what happened to scrap or cycle time. Mention tooling you have built or modified, clamps and positioners you have set up, and whether you worked to a drawing tolerance. On the hand side, name the fit-up standards you have worked to, including root opening and bevel angles, and how you handle a joint that arrives out of tolerance.

Working under weld data monitoring and traceability

Systems like Lincoln CheckPoint, Miller Insight and Fronius WeldCube record voltage, current, wire feed, arc-on time and deposition per weld and attach them to an operator and a part number. In pressure, pipeline, defence and aerospace work this traceability is becoming normal rather than an upgrade. It changes behaviour in the booth: staying inside the WPS ranges is auditable, arc-on time becomes a visible productivity measure, and a drifting parameter triggers a conversation before a rejected joint does. Welders who can read their own report can also defend themselves with it when a weld is questioned.

Show it: Say that you have worked under parameter monitoring, name the system, and give one example of acting on the data: a trend you caught, a procedure you asked to have revised, an arc-on time number you improved. In an interview, asking whether the shop monitors parameters and tracks repair rate per welder signals immediately that you are used to accountable work.

AWS Certified Robotic Arc Welding Operator (CRAW-O), when your market asks for it

CRAW is the formal credential for the automation side, specified in AWS QC19, with an operator level and a technician level that requires a CWI first. It calls for documented experience plus written and practical exams covering processes, procedures, destructive and non-destructive testing, symbols, safety, quality assurance and robot programming. It is not universally demanded, plenty of shops will train you on their own cell and never mention it, so buy it when postings in your market name it, or when you are trying to move from the booth into a robotics or weld-engineering support role. Check AWS's current fee schedule before budgeting; exam fees are several hundred dollars and differ for members.

Show it: If you hold it, give the level and the date. If you do not, do not pass off a shop's internal robot training as the same thing, say what you actually ran and for how long. Before paying, count how many postings inside your travel radius name CRAW, robotic welding operator, or weld cell technician.

Reading AI-assisted inspection results and owning your repair rate

Automated defect recognition on digital radiography and ultrasonic data is in production use in pipeline and pressure work, flagging porosity, lack of fusion and inclusions. The effect on welders is that inspection throughput rises and the feedback loop shortens: your rejects come back quantified and plotted rather than described in passing. Repair rate is becoming the number that follows a welder between jobs in code-driven sectors, and it is one of the few numbers a welder can put on a resume that a foreman immediately trusts.

Show it: Know your own repair or reject rate and the basis for it, and state it if it is good. Be able to name the three defects you personally fight and what you changed to fix each one. Being able to look at a bend face or a radiograph and name the defect correctly is an interview-grade skill that separates you from candidates who only know their welds passed.

Honest use of AI assistants for codes, procedures and exam study, with the limits stated

Chat assistants are genuinely good at finding which clause or article covers a question, explaining essential variables, drilling CWI and CRAW exam material, and turning a messy job history into a clean certification matrix. They are not a source you can stand behind on a job. The governing documents are the WPS in front of you and the specific edition of the code the job was contracted to (D1.1/D1.1M:2025 is current, and plenty of live work is still built to an earlier edition by contract) and an assistant that confidently cites the wrong edition or the wrong clause can get a joint cut out with your stamp beside it. Saying this out loud in an interview tells a foreman you know where the liability sits.

Show it: Use it to prepare, then verify in the book and the procedure. If asked, describe the workflow plainly: look it up to find the clause, read the clause in the edition the job uses, then ask QC when the procedure and the situation disagree. Never cite an assistant as the reason you welded something a particular way.

Simulator fluency, treated as a supplement and not a substitute

Augmented and virtual reality welding trainers (Lincoln VRTEX, Miller AugmentedArc and LiveArc, Soldamatic) are standard in schools and used in some employer screening, because they cost nothing per minute and give instant feedback on work angle, travel angle, travel speed, arc length and contact-to-work distance. They build muscle memory for technique fundamentals and genuinely shorten the early learning curve. They do not teach heat management, puddle reading on real metal, cleanliness, or what a stainless root does when the purge is wrong, and no code recognises a simulator score.

Show it: If a prospective employer screens on a simulator, treat it as a real test and practise the fundamentals it measures. On a resume, mention simulator training only as part of a programme description, never as a qualification. The thing that gets you hired is the coupon.

What a screen is looking for

These are the terms that a resume screen, human or automated, is matching against for this role. Use the ones that are true of you, in the words the posting uses.

Mistakes that cost people this job

Believing there is a welding licence, and buying a programme that promises one.

No US state licenses welders, and the only exceptions are municipal, a few cities license welders for structural work on permitted buildings, so check your own city. What qualifies you is a welder performance qualification to a code (AWS D1.1, ASME Section IX, API 1104, Tech Pub 248) plus the site cards. Before paying any school, ask in writing whether you will leave holding a qualification to a named code, issued by whom, and whether they are an AWS Accredited Test Facility.

Assuming your certifications transfer when you change employers.

Under ASME Section IX, qualifications are held by the employer that conducted them and generally do not transfer; D1.1 allows acceptance at the new employer's discretion, which in practice means they test you anyway. Budget time and practice for re-testing every time you move, and keep an AWS Certified Welder card as the one credential that genuinely travels.

Letting continuity lapse and only noticing when you apply for a job.

An ASME IX qualification dies for a process after six months without using it in production, and AWS certifications need a maintenance form on AWS's published schedule. Diary the dates. Keep a dated log of which processes you ran and when. Ask QC for copies of your WPQs before you leave a job, not after, and ask whether a single renewal coupon will revive a lapsed process rather than the full test.

Showing up to a weld test with no hood, no gloves and no tools.

Bring your own hood with clean lenses, gloves, jacket, glasses, boots, chipping hammer, brush, tape measure and soapstone, plus a folder with your certification matrix and cards. Buy that kit before your first test and budget for it as the cost of entry. Borrowing a helmet at a weld test is read as exactly what it is.

Taking the machine on someone else's settings and welding the test anyway.

Ask for the WPS, set the machine yourself inside the specified ranges, and run a scrap bead to confirm before you touch the coupon. Competent welders fail tests they should pass by inheriting a stranger's parameters.

Testing cold on a process you have not run in months.

Practise the exact test: same process, position, thickness, electrode and machine type. If a shop calls you for a 6G stick test and you have been on production MIG for a year, ask for a later date or buy booth time first. Ask what their retest waiting period is, because failing usually costs you weeks.

Grinding, peening or welding over a defect to get a coupon or a production weld through.

Stop and report it. Radiography and ultrasonics find what the cap hides, weld data systems log the parameters, and QC inspectors talk to each other across a small market. One concealed defect ends an interview and can end your welcome in a region. Reporting a bad joint you made is survivable; hiding one is not.

Describing your experience as "welding steel" or "MIG and TIG", under an objective statement and a list of soft skills.

Lead with a certification matrix: process, position, material, thickness or diameter, code, issuer, date qualified, date last used, then give the grid for each job: "FCAW dual shield, 1/4 to 1 inch A572-50, D1.1, 3G and 4G, crane boom weldments, nights". That tells a foreman whether to call you. One page. Cut the objective, the soft skills and the GPA.

Financing an expensive private programme without checking placement or arc time.

Arc time is what you are buying, not curriculum. Compare the total cost against the nearest community college programme, ask for last year's placement numbers in writing including how many went into pipe rather than light production, and go stand outside the booths on a weekday morning to count how many students are actually welding.

Chasing underwater welding because of the salary numbers on the internet.

It is a commercial diving career first. That means dive school tuition, an ADCI card, a long stretch tending before you weld wet, a national job market BLS tracks under SOC 49-9092 that is a tiny fraction of welding employment, and a genuine fatality and decompression risk. If you want it, go for the diving, do not treat it as a welding promotion.

Staying in repetitive production welding for a decade because the hours are comfortable.

That is precisely the slice of the trade cobot cells are sold to do, and adaptive vision systems are now reaching into the variable work that used to be safe. Add a code qualification and move toward pipe, field, maintenance, shipyard or precision TIG work, or move to the automation side and learn to run the cells. The middle is the risky place to stand.

Only applying online.

Walk in to fab shops mid-morning with a folder and ask for the welding foreman. Register with the three or four staffing firms that service your region's industrial work and keep your cert list and availability current with them, before turnaround season rather than during it. If your market is union, call the hall and ask about their test and their next intake. These channels reach different jobs than a job board does.

Questions people ask

Do you need a licence to be a welder?

No. No US state licenses welders the way states license electricians or plumbers. What gates welding work is a welder performance qualification (a WPQ) to the code the job is built to, AWS D1.1 for structural steel, ASME Section IX for pressure piping and vessels, API 1104 for pipelines, NAVSEA Tech Pub 248 for Navy work. Anyone selling you a "welding licence" is selling you a school certificate. Two real exceptions to know: a few cities, New York City among them, license or certify welders for certain structural work on permitted buildings, so check your own city's buildings department; and many states license welding contractors as businesses, which applies to the company, not to you as a hand.

How long does it take to become a welder?

Months to be employable, years to be well paid. A community college welding certificate is commonly one to two semesters. Private academies run a few weeks to several months. Shipyards and large manufacturers run in-house schools measured in weeks and take people with no trade experience at all. The federally funded Accelerated Training in Defense Manufacturing programme in Danville, Virginia runs full-time for roughly four months, tuition-free for accepted students. Registered apprenticeships through the UA, Boilermakers or Ironworkers run three to five years and pay you from day one. Getting to the pay people associate with welding, 6G pipe work under ASME Section IX or API 1104, usually takes three to five years of deliberate practice after you start.

What welding certification do employers actually want?

The one that matches their work. Structural fabricators and ironworker contractors want AWS D1.1 plate qualifications in 3G and 4G, usually in dual shield FCAW or stick. Mechanical, power and process contractors want ASME Section IX qualifications, 6G, and often a TIG root. Pipeline contractors want API 1104 and a downhill stick test. Shipyards qualify you in-house to NAVSEA Tech Pub 248. The one portable credential that travels between employers is the AWS Certified Welder card, earned at an AWS Accredited Test Facility and maintained with a continuity form on AWS's published schedule. Before buying any certification, pull thirty postings inside your travel radius and count how many name it.

What is a 6G weld test and why does it matter so much?

6G is a pipe test with the joint fixed at 45 degrees, so you weld through every position (flat, vertical, overhead) in a single joint without repositioning the pipe. It is the standard test for pipe welders because it qualifies you across a wide range of positions, diameters and wall thicknesses at once, and because it is hard: the position changes continuously around the circumference and you have to manage the puddle through all of it. A 6G test in a stick-and-TIG combination on heavy wall pipe is the single qualification that moves a welder's pay the most in most markets. 6GR adds a restriction ring that mimics a T, K or Y connection, and is harder again.

How much do welders make, and which welding jobs pay the most?

Look it up rather than trusting any figure in an article. The BLS Occupational Employment and Wage Statistics tables for SOC 51-4121 (Welders, Cutters, Solderers, and Brazers) publish hourly and annual wages at the 10th, 25th, 50th, 75th and 90th percentile nationally, by state and by metro area, and the national spread from bottom to top decile is roughly two to one. Any national median understates the top of the trade, because the highest-earning welders make much of their money through overtime, per diem, rig rates and union fringe benefits that an hourly figure does not capture. The best-paid work, each of which buys the money with something: union pipeline rig welding (travel, seasonality, and you own and maintain the rig), refinery and plant turnaround travel work (6x10s or 7x12s, weeks away from home), ASME Section IX pipe and mechanical work in industrial markets, shipyard and defence welding, and specialised repair and maintenance welding in power generation and heavy industry. Light production MIG in a job shop is the bottom of the range and the part of the trade most exposed to automation. For enforceable rates, use Davis-Bacon and state prevailing-wage determinations at sam.gov, your local's wage sheet, and the PLCA-UA National Pipe Line Agreement for pipeline scale.

What happens at a weld test, and what should I bring?

You will usually be handed a WPS, given a coupon or pipe section, and expected to prep and fit the joint, set the machine inside the specified ranges, and weld it unsupervised in one to three hours, longer on pipe. The coupon is then bend-tested, radiographed, or both. Bring your own hood with clean lenses, gloves, jacket or sleeves, safety glasses, steel-toe boots, chipping hammer, wire brush, tape measure and soapstone, plus TIG gloves and filler if TIG is involved, and a folder with your certification matrix, WPQ copies and safety cards. Ask three things before you start: which WPS, which process and position, and is there a time limit. Expect to supply your own PPE and expect them to supply the machine and consumables, though some employers charge a test fee and third-party test labs always do, so ask before you drive.

Why do welding certifications expire?

Because hand skill decays and codes assume it does. Under ASME Section IX a welder's qualification for a process stays valid only while no more than six months pass without using that process in production, documented in the employer's continuity records, and a lapsed process can usually be revived with a single renewal coupon rather than the full original test. AWS certifications are maintained by filing a continuity form on AWS's published schedule, currently every six months for most supplements, and lapsing means re-welding the test. The practical consequence is that a four-year-old TIG qualification you have not used counts for nothing, so keep a dated log of which processes you actually ran and file your maintenance forms on time.

Is welding being replaced by robots and AI?

Shop welding on repetitive parts is being automated; field, repair, maintenance and out-of-position welding is not. Collaborative welding robots are now cheap and usable enough for small fab shops, taught by hand-guiding the arm rather than by programming, and adaptive systems using vision-based seam tracking and touch sensing are pushing automation out of high-volume repeat parts into mid-volume variable work where fit-up is inconsistent. What nothing automates is a tie-in in a ditch, a repair in a plant at two in the morning, overhead work in a ship compartment, or a joint that does not match the drawing, and no machine signs for the weld. The second real change is measurement: weld data systems log your parameters and arc-on time against your ID, and AI-assisted defect recognition on radiographs is already deployed in pipeline and pressure work, so your repair rate is now data. The honest instruction is to be either the welder who runs the cells or the welder who works where fit-up is never the same twice, and not the one running identical short fillets at a bench.

Can I get a welding job with no experience?

Yes: in 2026 this is one of the more realistic entries in the skilled trades, through four routes. Shipyards and large manufacturers hire trainees and run them through a few weeks of in-house welding school, with sign-on and relocation money attached in the defence sector. Fab shops hire helpers, grinders and fitters' helpers and let proven people test later. Registered apprenticeships through the UA, Boilermakers and Ironworkers pay from day one; find them at apprenticeship.gov and ask the local when its intake opens. And federally funded accelerated programmes such as the ATDM course in Danville, Virginia train welders tuition-free in about four months for the submarine industrial base. What you cannot usually do is walk into a code welding job with no training at all, because the weld test is the gate.

Is welding bad for your body, and how long can you do it?

It is hard on you, and how hard depends on your sector and your own discipline. The real risks are respiratory (manganese in mild steel fume, and hexavalent chromium in stainless fume, which is serious enough to have its own OSHA standard at 29 CFR 1910.1026) plus noise, heat stress, UV burns to skin and eyes, musculoskeletal damage from overhead and confined work, vibration from grinding, and falls in structural work. Positional field work in tanks and congested spaces is hardest on the body; shop and precision TIG work is easiest. The welders who reach retirement in this trade do three things: wear and maintain real respiratory protection, including a fit-tested respirator under 29 CFR 1910.134 and powered air where it is warranted; use local exhaust rather than relying on general ventilation; and plan a transition in their thirties into inspection (CWI), NDT, automation, supervision, estimating or teaching instead of assuming the knees and lungs will hold.

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