Is Welding in High Demand? The Data on Jobs, Pay, and Openings

Picture a hiring manager at a mid-size fabrication shop posting a job for a TIG welder with travel pay and full benefits — and getting a stack of resumes so thin they have to widen the posting to reach anyone. Meanwhile, a career changer three states over is scrolling past welding job boards, assuming the trade is oversaturated and heading for a different trade. Both assumptions are wrong in different ways, and the gap between them is where the real story about welding demand lives. Here is what the numbers actually say, where they disagree, and what it means for anyone deciding whether to get behind a torch.

The Short Answer: Yes, Demand Is Real — But It Is a Replacement Story, Not a Boom

Yes, welding is in high demand in the United States and will remain so through the end of the decade. The key distinction, however, is churn. Rather than a surge of brand-new positions, the bulk of the need comes from experienced welders leaving the trade faster than new ones can take their place.

The Paradox of Openings

When breaking down the question, three realities stand out:

1. Headcount growth is minimal. The Bureau of Labor Statistics projects employment for welders, cutters, solderers, and brazers to grow just 2 percent from 2025 to 2035, slower than the 3 percent average for all occupations. That equates to an increase from 437,700 jobs in 2025 to 448,100 by 2035, or about 10,400 total jobs over the decade.
2. Openings will remain high. Even with that minimal growth, the BLS projects roughly 40,300 openings per year for this occupation, with most of them coming from replacement, not expansion.
3. Hiring remains accessible for newcomers. Despite the shortage of qualified talent, employers are still actively looking to bring in entry-level and trainable welders across many shops, especially in roles where skills can be built on the job.

Two Sets of Numbers, One Direction

These figures become clearer when compared to the wider scope of welding work. The American Welding Society’s workforce data, powered by Lightcast job posting data, projects that 320,500 new welding professionals will be needed in the U.S. by 2029, averaging about 80,000 welding jobs to fill each year between 2025 and 2029.

The difference comes down to coverage. The AWS Foundation tracks six BLS occupations where welding is a primary function, including boilermakers, sheet metal workers, structural iron and steel workers, structural metal fabricators, welders, and welding machine setters and tenders. Of that total need, 61 percent falls within the welders category itself. The BLS figure is narrower, while AWS accounts for attrition across all welding-based roles. Both point to the same conclusion: replacement is the driving force.

Source	What it measures	Headline number	Annual openings	Period
BLS Occupational Outlook Handbook	One occupation (SOC 51-4121)	2% growth, 437,700 (2025) to 448,100 (2035)	~40,300 per year, mostly replacement	2025-2035
AWS Workforce Data (Lightcast-powered)	Six BLS occupations where welding is a primary function	320,500 professionals needed; 61% in the welder category	~80,000 per year	2025-2029
Lightcast job posting analysis	Actual employer postings, 2022-2024	Welding was the most-listed job skill in postings	Not a projection	2022-2024
BLS Employment Projections	All U.S. jobs, economy-wide baseline	3.5% total growth (170.3M to 176.2M jobs)	Broad labor turnover	2025-2035

The Bucket With a Hole in It

Think of the welding workforce as a bucket. There’s a small hole in the bottom that never fully seals, and that’s retirements and exits. Hiring isn’t about expanding that bucket, it’s about pouring enough qualified welders in to keep the water level steady. With qualification often taking months for a coded procedure, that hole can’t be plugged overnight.

All of this sets the stage for the rest of the article. Later sections will break down where these openings are by industry and state, what employers are asking for, pay across regions, automation’s real impact, and actionable steps to turn this replacement demand into an offer. For those looking to build a versatile skill set to qualify for more of these roles, our aluminium welding course overview is a practical place to start.

Reading the Data: BLS, AWS, and Lightcast Say Different Things — and They Are Not Contradicting Each Other

Ask three people where they got their welding demand numbers and you will get three answers that sound like they came from different planets. The Bureau of Labor Statistics says welding employment will grow just 2 percent over the next decade. The American Welding Society says the country needs 320,500 more welding professionals. Lightcast-based job posting analysis says something else again. None of these contradict each other. They are three measuring sticks pointed at the same workforce, and once you understand how each one is built, the numbers stop arguing and start talking.

What BLS measures: one occupation, one model

The BLS Occupational Outlook Handbook profiles a single occupation: welders, cutters, solderers, and brazers, coded 51-4121 in the Standard Occupational Classification system. That is a narrow slice of the trade. A shop foreman, a quality inspector, a boilermaker, and a sheet metal worker all work in welding-dependent industries, but none of them land in 51-4121, because that is not their payroll job title.

BLS runs that single occupation through a formal projection model that weighs industry output, productivity gains, offshoring, and retirement rates. The output is a headcount forecast, and headcount forecasts are deliberately conservative. The result: roughly 40,300 openings per year, with net employment growing only 2 percent from 2025 to 2035, slower than the 3 percent average for all occupations. BLS explains how those projections are built in its methodology overview, and the Employment Projections program publishes the full numbers behind them.

What AWS measures: six occupations and real postings

The American Welding Society takes a wider net. Importantly, the AWS Foundation does not run a proprietary survey or invent its own job definitions. It defines a “welding professional” using BLS occupational definitions, then pools six of them into a single workforce picture:

• Boilermakers
• Sheet metal workers
• Structural iron and steel workers
• Structural metal fabricators and fitters
• Welders, cutters, solderers, and brazers
• Welding, soldering, and brazing machine setters, operators, and tenders

Those six categories are sized against the current workforce and against future hiring demand drawn from Lightcast job posting data and the Lightcast Knowledge Base. That data powers the AWS welding workforce data site, which currently estimates 771,000 U.S. welding professionals as of 2025, puts the number needed by 2029 at 320,500, and cites roughly 80,000 average annual openings between 2025 and 2029.

Why the AWS number is bigger

Two reasons, and both are legitimate. First, scope. The AWS list includes people who weld every day but would never search “welder” on a job board: boilermakers on power crews, structural ironworkers erecting steel, fabricators bending and fitting plate, and machine operators running automated cells. Many of those jobs live in maintenance and field crews, where processes like stick welding still dominate the work order.

Second, AWS answers a different question. BLS asks how many people will be employed. AWS asks how many people employers must bring in to keep the sector running, including attrition and workers advancing into supervisory and inspection roles. A replacement need is not a hiring boom, and the AWS figure is closer to a workload measure. In aerospace, where one build draws on a TIG specialist, a sheet metal fabricator, and a separate inspector, the value of counting all three is obvious. Our aerospace welding guide to processes, standards, and careers shows how that works in practice.

The workforce behind the numbers

AWS workforce data also gives a demographic read that explains the gap: more than 157,000 welding professionals are approaching retirement, only 5 percent of welders are women, and 30 percent are non-white or of multiple races. The same dataset reports average hourly earnings of $26.76 and a national median salary of $55,600 for the welding workforce, which we break down further when we get to pay.

Source	Scope	Headline number	Annual openings	Base year
BLS Occupational Outlook Handbook	One SOC occupation (51-4121)	2% employment growth, 2025–2035	~40,300 per year	2024 (10-year projection)
AWS welding workforce data (Lightcast Knowledge Base)	Six occupational categories	320,500 needed by 2029; 771,000 professionals in 2025	~80,000 (2025–2029)	2025
AWS figures cited in January 2025 trade press	Same six occupational categories	~330,000 needed by 2028	~82,500 (2024–2028)	2024

Why you will see two different AWS numbers in the wild

If you read welding coverage from January 2025, you may have seen the need stated as roughly 330,000 professionals by 2028, with about 82,500 annual openings for 2024–2028. That version is widely quoted in trade press, including The Fabricator’s coverage of the AWS workforce data. AWS has since updated its figures to 320,500 needed by 2029 and about 80,000 openings per year, with accompanying analysis in the AWS Welding Digest. Both sets of numbers are accurate for their base years. If someone quotes you the 330,000 figure, check the date before treating them as wrong or confused.

The bigger takeaway: nobody disputes that there is a hiring need. They dispute how to count it. Read the scope line before the headline, and the disagreement dissolves faster than you would expect.

Why the Demand Exists: An Aging Workforce That Nobody Is Replacing Fast Enough

The most important thing about the U.S. welding workforce right now is not that jobs are appearing from nowhere. It is that a very large group of experienced tradespeople is walking toward the exit door, and the group walking in is nowhere near big enough to follow them.

According to AWS workforce data, more than 157,000 U.S. welding professionals are approaching retirement. Industry analysis drawn from that same data puts 21 percent of the welding workforce over age 55, while only about 9.4 percent is under age 25. Set those two figures side by side and the whole labor-market picture snaps into focus: the trade is top-heavy with experience and light on new blood.

The American Welding Society’s workforce projections work out that roughly 90,000 welders over 55 are expected to be gone by 2029. The pipeline is not filling that hole. Roughly one new tradesperson is entering for every two retirees leaving.

Why This Is Different From a Boom

It is tempting to read welding demand as a build-cycle story. A new bridge program starts, a fab shop lands a big contract, a shipyard gets busy, and suddenly there is a wave of hiring. Those waves are real, and they are good for the trade. But they are temporary. When the project ships, the hiring stops.

A retirement wave behaves completely differently. Demographics are a slow, reliable variable. Retiring at 62 or 65 is not a market signal. It is a schedule. That means the gap between the roughly 90,000 over-55 welders expected to leave by 2029 and the smaller number of newcomers entering is not a forecast that can be revised away when the economy cools. It is a 15- to 20 year certainty the industry has to solve with something other than hoping for a hot construction market.

COVID-19 made the curve steeper. AWS commentary on the workforce outlook notes that the pandemic years contributed to accelerated retirement decisions among welders, pulling forward retirements that had already been planned, and doing it at exactly the moment fabrication shops were trying to rebuild order books.

Why Employers Are Genuinely Nervous

Suppose a shop does everything right and posts an opening for an experienced TIG welder with a travel bonus. The stack of resumes still looks thin. Replacing a qualified welder is not like swapping a machine part. On a qualified procedure, a new hire needs months of supervised work before sign-off, and many code-driven jobs require documented qualification testing before they touch production work at all.

There is a second, harder problem: the judgment built into an experienced welder’s hands. A twenty-year veteran can read a fit-up that looks fine on the table, hear a crack in a root pass, or sense that a distortion is about to turn into a reject. None of that is written down in a procedure. It lives in pattern recognition developed over thousands of hours. When that person retires, the shop does not just lose a worker, it loses a training manual that nobody can photocopy, which is why replacement hiring runs slower than the retirement rate suggests.

The Participation Problem

There is a second dimension to this shortage that does not show up in a headcount projection. According to AWS data, only about 5 percent of welders are women, and about 30 percent are non-white or of multiple races. A workforce that draws from a narrow slice of the population has a built-in ceiling on its replacement rate. Even in years when the economy is strong and the pipeline is working normally, the industry is not tapping all of the talent that exists.

So the shortage is not only a demand problem. It is a participation problem, and that is the more tractable half. Widening the pipeline is something training programs, scholarship funds, and employers can influence directly, which is exactly where the AWS Foundation has been directing money.

The AWS Welding Digest’s analysis of where the welders are puts the industry response in context, and the Foundation’s own funding shows how the gap is being attacked from the training side.

How the Industry Is Trying to Close the Gap

The AWS Foundation supports welding education and workforce development with a fairly broad set of tools:

• About $2.7 million in scholarship funds distributed to students pursuing welding education, supporting more than 1,600 students annually.
• About 25 percent of scholarships awarded to female welding students, a direct attempt to move a number that has barely budged.
• $3 million in grants and program support for organizations building or expanding training capacity.
• More than $2.5 million for schools and training institutions, including AWS Foundation Welding Workforce Grants that can reach $25,000 per institution, with more than $2.3 million in grants awarded since 2017.

None of this closes the gap on its own, and it would be dishonest to imply otherwise. Grants fund seats, and seats matter. But a seat only produces a replacement welder if the student finishes a program, gets hands on steel, and then finds a shop willing to qualify them. The demographic math keeps running in the meantime.

The most useful way to think about all of this: the retirement wave is not a crisis a good economy will solve. It is a slow, predictable structural shift that is already underway, and it will keep shaping hiring conditions in the trade for the next two decades.

If you want to see what that pipeline looks like up close, the aluminium welding course breakdown maps out what training actually involves and where the certified-welder credential fits into the pipeline that is supposed to replace all those retirees.

Where the Jobs Are: Industries and Regional Hot Spots

Demand numbers show a trade is healthy. Geography shows where to stand when the phone rings. A welder in Erie and a welder in Reno hold the same certification but compete in very different markets.

Start With Where Welders Actually Work

The baseline comes from the BLS Occupational Outlook Handbook. For welders, cutters, solderers, and brazers in 2025, employment breaks down like this:

• Manufacturing: 63 percent of all welding employment
• Specialty trade contractors: 8 percent
• Self-employed: 4 percent
• Repair and maintenance: 4 percent

That 63 percent figure surprises people. Most welding work happens inside manufacturing plants, mills, machine shops, and OEM fabrication facilities, where employers are more stable and more willing to train and certify a new hire against an internal standard. The biggest pockets of work follow manufacturing investment, and those decisions get announced years ahead. If a battery plant or data center campus is coming to your state, the welders show up before the building does.

The flip side is concentrated risk. If one plant is 40 percent of the local welding labor market, a closure hits hard. The self-employed and specialty contractor slices are smaller but more portable, so hanging your own shingle or working through a staffing outfit lets you move when one employer slows down.

The Sectors Pulling Hardest Right Now

Infrastructure and structural work. BLS calls it out explicitly: aging infrastructure means welders will be needed to rebuild and repair bridges, highways, and buildings. The work is heavy, dirty, inspection-driven, and awarded in chunks, so it ramps up and down but rarely disappears. Expect it where highway budgets are large and there is a lot of structurally rated steel.

Energy: pipelines, transmission, and renewables. Pipeline construction is boom-bust cyclical, and transmission buildout is one of the most aggressive capital-spending categories in the country. Renewables added their own flavor: field erection of wind towers and solar racking is remote, weather-exposed work with steep ramps and plenty of tubular connections.

Shipbuilding and defense. In AWS analysis of 2022 to 2024 job postings, half of shipfitter postings specified security clearance requirements, pointing at defense-linked work rather than commercial yard repair. Shipbuilding is being reshored, and every hull block, module, and piping run in a yard needs welders who work to coded, inspected procedures. Start the credentialing paperwork early.

Data centers and power generation. The newest and least understood pull. Data center construction is metal-intensive: structural steel, sheet metal, pipe, and custom equipment that does not exist in catalog form. Power generation, whether gas, nuclear, or grid support equipment, adds to it. Labor markets near these sites can see welding wages spike for years at a time.

Electric vehicles and battery manufacturing. Battery cell lines are welded, sealed, and tested in enormous volume, and aluminum-intensive EV body work creates demand for aluminum MIG and flux core welding skills many older hands lack. That makes it a real entry point for new welders: steep learning curve, small pool of people who can do it. The same logic applies to alloy wheel repair and aluminum prep in automotive service.

Medical, pharmaceutical, and heavy equipment. Sanitary stainless, tube, and orbital work in pharma and medical device manufacturing pays well because tolerances are tight and documentation is heavy. Heavy equipment, ag machinery, and rail generate steady structural and wear-repair demand that does not swing as hard as new construction.

The Regional Map

The AWS 2025 distribution of the U.S. welding workforce by region:

Region	States	Welding professionals
Great Lakes	IL, IN, MI, MN, OH, WI	159,500
Southeast	AL, FL, GA, KY, MS, NC, SC, TN	156,000
South Central	AR, LA, NM, OK, TX	140,000
Southwest	AZ, CA, NV	78,000
Mid-Atlantic	DC, DE, MD, PA, VA, WV	57,000
Plains	IA, KS, MO, NE	50,000
Pacific Northwest	AK, HI, ID, OR, WA	35,000
Mountain West	CO, MT, ND, SD, UT, WY	33,500
New York/New Jersey	NY, NJ	32,000
New England	CT, ME, MA, NH, RI, VT	28,000

As the AWS Welding Digest reports, the South, Southeast, and Great Lakes together hold roughly 60 percent of the U.S. welding workforce. AWS Foundation workforce development staff also note that the Great Lakes states alone account for more than a quarter of national demand for welding professionals. That is the biggest single concentration of welders in the country, and home to much of the automotive, heavy equipment, and fabricated-product manufacturing.

Use Your Own State Instead of the National Average

National averages flatten exactly the differences that matter to you. Pull the data for your own state and metro area instead. BLS state and area employment projections are published for every state, and employers can check ProjectionsCentral.org for side-by-side state comparisons of job growth, openings, and wages over a ten-year horizon. Do the same for the specific industry you are targeting, not just the occupation.

Cross-check the wage side with current AWS workforce data, and remember the story changes fast: a state can add a major fabrication plant and go from oversupplied to short within a year. Our guide to aerospace welding processes, standards, and career paths shows how sharply requirements differ between industries that share one job title.

The bottom line: target a region where the industries you want are actually hiring and where the pipeline from school to shop is short enough that employers notice you. The Great Lakes, Southeast, and South Central states hold the largest share of industrial welding work in the country, but a smaller region with a specific project in motion can beat a big region with a saturated market.

What Employers Are Actually Asking For Right Now

Macro demand numbers can tell you jobs exist, but they won’t tell you what you’ll be doing on Tuesday morning. To find that out, it’s worth looking at actual job postings. The most detailed public breakdown comes from the American Welding Society, which ran Lightcast job posting data covering 2022 through 2024 to see what employers were truly putting in their listings.

Where The Hiring Actually Is

Welding work isn’t just going by the title “welder”. The AWS data shows it spreads across multiple trades, with volume split as follows:

Career	Share of welding-related postings
Welder/fabricator	35 percent
Ironworkers	18 percent
Pipefitters	17 percent
Shipfitters	6 percent
Welding inspectors	5 percent

With only a third of postings under “welder/fabricator”, the rest are hidden under other titles. If your job search is filtered strictly to the word “welder”, you’re likely missing roughly half of the market. Knowing these alternate titles alone can drastically expand your opportunities.

A Lower Bar For Entry

The most encouraging part for those just starting out is the experience requirements. Across at least three career tracks, more than half of postings sought candidates with three years of work experience or less:

• Robotic welding technician
• Welder/fabricator
• Welding inspector

Even better, AWS noted that postings demanding “two to four years” or “at least five years” of experience were dissipating quickly. Rather than raising the entry gate, many of these high-volume postings were opening it back up.

Skills Employers Actually Look For

Unsurprisingly, welding was the most listed skill. However, employers were specific with it, often calling out exact processes instead of a generic phrase. Along with process knowledge, these recurring requirements popped up the most:

• AWS certification and welding certification
• Blueprint reading
• Hand tool use
• Critical thinking in fabrication
• A valid driver’s license
• Press brake operating experience

Of these, blueprint reading and critical thinking in fabrication are often the deciding factors between a candidate who can run a coupon, and one who can build a part that fits. The press brake requirement is also a tell. In many job shops, forming and welding fall under the same role, so employers screen for both.

For those looking to match their credentials to these demands, the AWS Certified Welder Program is where most of these postings point. If you’re looking to specialize in a process that comes up often, our guide to aluminium welding course structure and costs can help, and the aluminium MIG welding guide goes over the exact process employers ask for by name.

Strategic Plays For Different Job Seekers

For those starting from zero: Prioritize blueprint reading, shop math, and process breadth. Being able to run MIG, TIG, and stick on both aluminum and mild steel will carry far more weight than listing a single certificate with no context.

For those looking into shipbuilding or defense: Start looking into clearance eligibility as early as possible. In the AWS data, security clearance requirements showed up in half of shipfitter postings. The process takes time, but shipfitter was also one of the tracks where experience requirements were not tightening, making it worth planning for in advance.

The Hidden Opportunity In Inspection

Welding inspector postings only made up 5 percent of volume, yet they were one of the three tracks where over half of listings wanted three years of experience or less. According to AWS workforce development staff, this is likely due to experienced welders moving up into inspection roles, and many of those bench seats are not being backfilled with new hands. For welders looking to transition up the ladder without leaving the trade, this is one of the most realistic paths to do so.

Overall, employers are still writing detailed, specific requirements, not vague ones. The bar is defined, and in the highest-volume categories, it’s lower than it was two years ago. As shown in the AWS workforce outlook analysis, they’re still actively trying to hire. The advantage goes to the candidate who knows exactly what they’re looking for.

What Welding Pays: The 2026 Numbers and Why Averages Mislead

Job availability gets you into the conversation. Pay decides whether you stay. Here is what welding actually pays in 2026.

According to the Bureau of Labor Statistics Occupational Outlook Handbook, the median annual wage for welders, cutters, solderers, and brazers was $53,750 in May 2025, or $25.84 per hour. The median for all occupations that month was $50,980, and the broader “metal workers and plastic workers” group sat at $49,800.

The spread inside that median matters more than the median itself. The lowest 10 percent of welders earned less than $39,240; the highest 10 percent earned more than $77,530. That $38,000 gap comes down to what separates a ticket holder from a certified coder: process breadth, code qualifications, documentation habits, and where you work.

Two Sources, Two Slightly Different Answers

The American Welding Society’s welding workforce data, powered by Lightcast job posting information, puts the national median salary for the welding workforce at $55,600 with average hourly earnings of $26.76.

Two numbers for the same work is not a contradiction. The AWS figure comes from job postings, which reflect what employers advertise for and skew toward hard-to-fill positions. The BLS figure comes from a formal wage survey of employed workers. Use BLS as the baseline, AWS as a slight premium for the actively recruited market.

Where the Industry Pays Differently

The same job pays very differently depending on who signs your paycheck. BLS median wages by industry break down like this:

Industry	Median annual wage (May 2025)
Specialty trade contractors	$59,440
Repair and maintenance	$56,080
Manufacturing	$51,210

That runs counter to popular assumptions. Specialty trade contractors, the crews that build pipes, structural steel, and equipment in the field, pay the most. Repair and maintenance pays less but often offers steadier hours and overtime. Manufacturing standardizes the work, which caps the wage ceiling for a given skill level.

Where the Occupation Pays Differently

Not all welding jobs pay like welding jobs. An analysis of AWS data by The Welder breaks the workforce into occupations, and medians run from just over $45,000 for welding, soldering, and brazing machine setters, operators, and tenders to just over $71,000 for boilermakers. Regional spread is wider still: in the Great Lakes, medians run from about $44,000 for machine tenders to more than $84,000 for boilermakers.

Tending a machine and running a boiler shop are both welding-adjacent, yet one is worth roughly $40,000 a year less at the median. Direction of travel matters more than job title: read drawings, handle code work, pass a procedure test, and you compete for the upper end of that range.

How Welding Compares to Neighboring Trades

The BLS lists several occupations as similar work, which makes for an honest comparison against alternatives a welder might consider:

Related occupation	Median annual wage (May 2025)
Boilermakers	$76,410
Industrial machinery mechanics and millwrights	$64,100
Plumbers, pipefitters, and steamfitters	$63,800
Sheet metal workers	$61,800
Machinists and tool and die makers	$59,620
Jewelers and precious stone and metal workers	$52,540
Metal and plastic machine workers	$47,700
Assemblers and fabricators	$45,450

Source: BLS Occupational Outlook Handbook, similar occupations list.

Boilermakers and millwrights out-earn the typical welder, holding advanced certifications and union roles. Plumbers and pipefitters earn more on licensing, union access, and demand in construction and utilities. The higher-paying trades are not always the ones requiring more school; they are the ones with credentials that gate entry and a shortage of qualified people. A certified process qualification in aerospace-grade work beats another year of shop experience.

The Two Levers That Move Your Paycheck Most

Two working conditions do more for earnings than almost anything else you can negotiate.

Shift differentials and overtime. BLS notes many manufacturing plants run two or three shifts of 8 to 12 hours, and overtime hours are paid at time and a half. Second and third shift work commonly carries a premium of a few percent. A welder on a structured overtime schedule can add real income without changing employers.

Being the person they promote. As senior welders move into inspection, supervision, and quality roles, the openings they leave behind often go to people with a broader skill set. That is why AWS data shows strong demand for welding engineers and advanced specialty roles, and why certification beats time served.

Bottom line: the headline median is encouraging but says little about your outcome. The real money sits in the spread between the lowest and highest 10 percent, and it is decided by certifications, code work, documentation, and the market you pick.

The Hard Truths: Automation, Cycle Times, and What ‘Shortage’ Does Not Mean

Every honest look at welding demand has to open with the line that cuts against the headline. The Bureau of Labor Statistics notes that automation in manufacturing may limit overall demand for welders, cutters, solderers, and brazers. That is not a fringe worry. It sits inside the Occupational Outlook Handbook, which credits aging infrastructure and metal products manufacturing with generating openings while flagging robotic and automated processes as a counterweight.

The projections sharpen the point. BLS expects the broader “metal workers and plastic workers” occupational group to decline by 3 percent from 2025 to 2035, while welders, cutters, solderers, and brazers grow 2 percent, slower than the 3 percent average for all occupations. Welding is forecast to hold up slightly better than the occupational family it belongs to, but nobody is forecasting a runaway market.

What a Robot Can Do, and What It Cannot

Robotic welding cells are genuinely good at a narrow band of work:

• High volume, one part, one weld, repeated thousands of times
• Consistent material, thickness, and joint geometry
• Flat or rotatable parts that can be fixtured in a positioner
• Tolerances a programmed weld path can hold repeatably

Everything outside that band stays human, because the variable defeats the program:

• One-off repair work and field or site welding in weather, mud, or confined spaces
• Work on dissimilar or corroded metals where filler and heat input must be judged by eye
• Fit-up-heavy fabrication where gaps vary and the fit matters more than the arc
• Large structural assemblies that cannot be rotated or indexed
• Any job where a qualified procedure and a human judgment call are both required

This is also why some processes have survived decades of automation pressure. Why SMAW still wins on field and repair work comes down to the same reason a robot struggles with it: a skilled stick welder can read heat, position, and fit in real time, on a joint the fixture will never hold quite the same way twice.

Automation Is Also Creating Welding Jobs

Here is the part most shortage rhetoric leaves out. AWS tracks 15 welding-related careers in its job posting analysis, built on Lightcast data covering 2022 through 2024 job listings across manufacturing, energy, construction, and maritime industries. Robotic welding technician shows up as one of the fastest-growing entries in that sample, and more than half of its postings seek candidates with three years of experience or less. The AWS workforce data shows automation creating welding roles, not only eliminating them.

A robot cell still needs people around it. Somebody programs the weld path and touches up off-position welds. Somebody troubleshoots a porosity problem, changes the wire, re-fixtures a part, and handles the non-repetitive work the robot cannot reach. Those jobs ask for a different skill set than passing beads all day, and they tend to be more entry-friendly than most skilled trades right now.

BLS also reminds us why the human half of the work resists automation. Welders need steady hands, manual dexterity, physical stamina, detail orientation, and the spatial-orientation skills to interpret two- and three-dimensional diagrams. Fine motor judgment tied to visual reasoning is exactly what robotics has struggled with for decades.

The Cycle Problem Nobody Puts in a Brochure

Welding employment is a derivative of manufacturing and construction output. When the industrial cycle turns down, fabrication shops cut hours, defer hires, and let openings sit. The 2 percent figure is a long-run average across ten years, not a guarantee for any single year, state, or county. Anyone planning a move on a national projection should check state- and area-level data for where they will live and work, and track what the local industrial mix is doing.

The Certification Moat

As routine production welds migrate to automation, value concentrates in work that requires judgment, documentation, and accountability. Process qualifications, the ability to read a drawing and a weld map, and comfort with code work all become more valuable as routine welds get cheaper to automate. Sectors that demand documented, traceable welds, such as aerospace, nuclear, and pressure work, show that premium most clearly, and aerospace welding standards and career paths illustrate how tightly process control and certification are tied together.

Note: None of this means welding demand is a mirage. The honest version of the story is narrower and more durable than “shortage of welders everywhere.” Some work is being removed from the trade. Other work is being created around new technology. The rest depends on the industrial cycle, and the value that remains concentrates in welders who are qualified, documented, and hard to replace.

How to Turn “High Demand” Into an Actual Job Offer

Demand numbers only get you so far. The gap between “the industry needs welders” and “I have a job” is where most people get stuck, and it is a shorter gap than you might think. AWS education pathway data lays out four routes into the trade that differ enormously in cost and time.

Pathway	Time to Complete	What It Gets You
Welding certificate program	6 to 18 months	Entry-level skill and a credential that satisfies most shop hiring screens
Associate degree	2 years	Broader technical base, a path toward inspection and supervisory roles
Journeyman’s card	3 to 4 years	Journeyman status through the union or an equivalent path
Bachelor’s degree	4 years	Engineering, management, and ownership tracks

For most readers the certificate is the winner, and AWS frames technical school that way: a shorter, more cost-effective route into the trade than a four-year degree. Undecided? A six-month certificate doubles as a low-cost trial. Already certain and good with your hands? An apprenticeship pays you while you learn. The degree makes sense for engineering, quality, or ownership tracks.

Why Apprenticeship Is the Other Big Bet

Registered Apprenticeship is the most underrated door into welding, partly because it pays you while you train. According to Apprenticeship.gov, the U.S. registers more than 800,000 apprentices nationally in a given year, and across all trades the average starting salary after completing an apprenticeship is about $86,000. Retention after completion runs to 93 percent, and the lifetime earnings advantage over peers who skip a program tops $300,000.

That $300,000 figure comes from a 2012 Mathematica Policy Research cost-benefit assessment of Registered Apprenticeship in 10 states, prepared for the Department of Labor’s Employment and Training Administration. Know what it does and does not mean: a lifetime earnings differential across trades, not a welding-only number, and more than a decade old. The mechanism is clear, though. Apprentices finish with an in-demand credential, a work history, and no student debt.

The Certification Ladder

AWS offers nine certification programs and credentials. The two that dominate job postings are the AWS Certified Welder Program and the Certified Welding Inspector (CWI) credential. The Certified Welder proves you can deposit a weld meeting a specific procedure. The CWI moves you up the pay ladder and into inspection, quality, and supervisory work, where section 5 of this article shows employers already have openings.

Two practical points newcomers get wrong. First, a certification only covers the process, position, and material it was earned in. A 3G FCAW ticket on plate does not qualify you for 6G stainless pipe. Employers screen on this, and so do inspectors. Second, OSHA requires that welders complete training on electrical safety, and that training is a condition of employment, not an optional extra.

Also check state and local licensing. The BLS Occupational Outlook Handbook notes that welders must be licensed in some states and localities, with requirements varying by jurisdiction. Look this up before you sign a training contract, not after.

A Realistic 90-Day Plan

Here is a sequence with a decent chance of producing interviews inside three months.

1. Days 1 to 14: Pick one process and one position. Do not try to learn everything. Stick (SMAW), MIG, or TIG on flat and horizontal material is enough to get certified and hired. If aluminum is your interest, our guide to aluminum MIG welding covers the techniques that trip up first-timers.
2. Days 15 to 60: Get certified. Enroll in a certificate program or test through a training shop or testing facility. Finish the AWS D1.1 or D1.6 paperwork for your process.
3. Days 45 to 75: Build a portfolio. Photograph your best welds and keep copies of the WPS you worked to, the weld maps, and any test coupon results. The aerospace TIG welding standards reference shows the documentation quality regulated industries expect.
4. Days 60 to 80: Write the resume and skills list. One page. List processes, positions, materials, machines, certifications, and shift availability as separate lines a recruiter can scan in ten seconds.
5. Days 80 to 90: Apply where the numbers are strongest. Target the Great Lakes, Southeast, and South Central regions, where roughly 60 percent of the welding workforce sits. Apply broadly within them rather than to one town.

What to Ask Before You Sign

Before accepting any offer, get the details in writing. Which process, which position, what material, what certification is required, who pays for recertification, what the shift pattern looks like. A job paying more on nights can beat a better day rate if it means more hours, and a job with no stated training budget is one where you pay for your own ramp-up.

From the data side: demand for welders comes from retirements, industry breadth, and current openings, and the third of those is where you have leverage. Employers who cannot find a three-year experienced welder will happily take a six-month certified welder and teach them the rest on the floor. That is your opening, and it will not stay open forever.

Working Conditions, Safety, and the Mistakes Job Seekers Make

Demand data is reassuring, but it is only half the decision. The BLS Occupational Outlook Handbook is blunt about what welding costs you physically, and every shop that hires welders knows it. The work is demanding, the hours are unusual, and the hazards are real and heavily regulated. This is the part of the demand story that rarely makes it into a recruiting brochure.

What the Work Actually Looks Like

According to BLS, welders may work outdoors in all types of weather or indoors in confined spaces, sometimes on scaffolds or platforms. They lift heavy objects and work in awkward overhead, bending, and stooping positions. The same source identifies injury risks that include fumes, very hot materials, and intense arc light, with helmets, hearing protection, and heat-resistant gloves listed as typical controls. Sparks, slag, and hot metal make burns and eye injuries a routine part of the trade rather than an exceptional one.

Then there is the schedule. Many manufacturing firms run two or three 8- to 12-hour shifts per day, so evening and weekend work is normal. A posting that mentions swing shift is telling you something real about the rest of your week.

Not every job is built the same way. Position, material, and environment change the physical load, so ask what percentage of the time is overhead, in a cage, or on a ladder. That is a reasonable question and a good filter. Process choice matters too, because a process you can control in awkward positions protects your body while you build a résumé. For field and repair work especially, why SMAW still wins is worth reading before you commit to a specialty.

Safety Is Regulated, Not Optional

Federal law sets the floor. 29 CFR 1910.252, Subpart Q governs welding, cutting, and brazing, and requires helmets or hand shields for all arc welding and arc cutting operations. Its shade-number guide is specific about which filter each process needs:

Arc welding operation	Filter shade number
Shielded metal-arc welding with 1/16- to 5/32-inch electrodes	10
Gas-shielded arc welding on nonferrous metals	11
Gas-shielded arc welding on ferrous materials	12

The rest of the standard is equally concrete. Fire watchers are required where appreciable combustible material is within 35 feet of the work area, and a fire watch must be maintained for at least a half hour after welding or cutting is finished. Ventilation is a prerequisite to work in confined spaces. Employers must also include fluxes, coatings, coverings, and filler metals in their Hazard Communication Standard program, so workers understand what is in the consumable they are handling. Choosing welding electrodes is a safety decision as much as a metallurgical one.

Mistakes That Quietly Cost People Offers

1. Treating every posting as identical. A listing that asks for MIG and TIG is not the same job as one that asks for SMAW on stainless in the 6G position. Read the process, position, material, and code requirements first, then tailor your résumé to that posting. Bulk applications get you screened out fastest.
2. Assuming a certificate qualifies you for code work. A certification in one process, in one position, on one thickness and material does not transfer to pressure piping, AWS D1.1 structural steel, or ASME work. The qualification has to match the process, position, and material of the actual job. To see what you are really certifying, our all-position welding rod guide breaks down what changes between flat, horizontal, vertical, and overhead.
3. Skipping the state and local licensing check. Some states and localities license or require registration for welders performing specific work, particularly regulated construction, utility, and pipeline work. Check the rules where you live before you sign up for a training program.
4. Undervaluing documentation and traceability. Knowing which procedure you ran, which consumable lot you used, and what the weld map shows is what separates a welder who gets promoted from one who gets replaced. It is a learnable habit.
5. Ignoring the physical demands and your own history. If you have a bad back, a shoulder problem, or a compromised hand, know it before you take a job that demands overhead work for the next ten years. Get an honest picture of the role and look for a shop where the fit-up positions suit you.
6. Believing “we’ll train you” without asking what comes after. Six months of unpaid training teaches you plenty and pays you nothing. Ask what rate you move to once training ends, and what happens if you do not pass the qualification test.

If you are building a career in fabrication rather than picking up a hobby, work with a qualified welding inspector. Inspectors read the procedure, watch the weld, and verify traceability. Building that relationship early teaches you the documentation habits employers notice when they promote you onto code work or supervision, and it is the fastest way to find and fix your own technique problems while they are still cheap to fix.

Conclusion: What the Demand Numbers Mean for You

So is welding in high demand? Yes, but not in the way the phrase is usually sold. The demand is real and it is durable. It just is not the kind of demand that arrives with a wave of new jobs and a flood of applicants. It is the demand that shows up when a company loses a 58-year-old pipefitter to retirement and takes four months to find someone who can pass the same qualification test.

Here is the honest version of what the numbers mean for you, whether you are holding a torch today or deciding whether to pick one up.

1. Welding demand is a replacement story with a broad base, not a boom. Headcount growth is modest, but the number of openings every year is large because people leave. Nearly every opening in the forecast is a backfill. That matters for job seekers, because a backfill opening is usually a specific, well-defined hole in a shop that already knows what it needs.
2. You are not competing against a flood of new welders. For a trade that many people assume is oversaturated, the pipeline is thin. Only a small share of the workforce is under 25, and the average age of a working welder keeps climbing. If you can show an employer you can run a process cleanly and read a drawing, you are competing against a much thinner field than you think.
3. For entry-level candidates, the hiring bar has actually dropped. In the AWS analysis of job posting data, several tracks including robotic welding technician, welder/fabricator, and welding inspector showed a majority of postings seeking three years of experience or less, and the old pattern of demanding five-plus years was described as dissipating quickly. That is a meaningful shift for anyone starting out.
4. The work extends far past the welder job title. AWS workforce data tracks 15 welding-related careers, covering inspection, supervision, engineering, shipfitting, piping, and ironworking alongside the core trade. If you like the process but not the production line, the ladder out of the shop is wider than most people realize.
5. Treat the numbers as directional, not as a promise. A national median of about $25.84 an hour means very different things in different counties. Before you make a financial plan, pull the BLS state and area employment data for where you actually plan to live, and check your own state’s licensing rules, since some states and localities license welders for specific work.

The fastest and cheapest way to find out if this trade suits you is not a four-year degree. It is a short certificate program and a few weeks on the floor of a shop, ideally through an employer who will let you feel the difference between a good weld and a bad one. Do that first. Commit to an apprenticeship or a degree afterward, when you know what you are signing up for.

Also keep in mind how your value changes over time. As routine production welds migrate to automation, the premium shifts to people who hold current process qualifications, who understand stick welding and other manual processes well enough to handle the jobs a robot cannot reach, and who can document their work for code and inspection purposes. The welder who can read a drawing, fill out a weld map, and defend a procedure is not competing with a machine. The welder who only operates a machine is.

Looking forward, the segments that look strongest are infrastructure and structural work, energy and pipelines, shipbuilding and defense, and skilled inspection and supervision roles. The BLS Occupational Outlook Handbook points to the nation’s aging infrastructure, including bridges, highways, and buildings, plus metal products and machinery manufacturing plants, as steady sources of work. In other words, the demand is not going anywhere soon. It is also not going to double overnight.

If you want more depth, our guides to aluminum MIG welding and aerospace welding cover the process detail and career paths that this overview can only touch.

Frequently Asked Questions

Is welding in high demand right now?

Yes, but the nature of the demand is important to understand. BLS projects welder employment to grow only 2 percent from 2025 to 2035, yet about 40,300 openings occur each year, and most of those come from replacing workers who retire or change careers rather than from newly created jobs. The American Welding Society goes further, projecting 320,500 welding professionals needed in the U.S. by 2029 and roughly 80,000 openings per year between 2025 and 2029.

Is welding a good career choice in 2026?

For many people it is one of the more accessible skilled trades: entry typically requires a high school diploma plus technical training, and a welding certificate can be earned in 6 to 18 months. Pay sits slightly above the national median at $53,750 per year, and demand for certified, code-qualified welders is strong in infrastructure, energy, shipbuilding, and manufacturing. The trade does demand physical stamina, tolerance for heat and fumes, and often shift or overtime work.

How much do welders actually make?

The BLS median for welders, cutters, solderers, and brazers was $53,750 in May 2025, or $25.84 per hour. The lowest 10 percent earned under $39,240 and the top 10 percent earned over $77,530. AWS workforce data shows a $55,600 national median, and occupational medians range from just over $45,000 for machine tenders to just over $71,000 for boilermakers, with regional medians running as high as $84,000 in the Great Lakes.

Will robots and automation eliminate welders?

No, but they are changing the job. BLS explicitly notes that automation in manufacturing may limit overall demand for these workers, and the broader metal workers and plastic workers group is projected to shrink 3 percent from 2025 to 2035. At the same time, robotic welding technician is one of the fastest-growing entries in AWS job posting data, because robotic cells need people to program, troubleshoot, and weld the joints a robot cannot reach.

Do I need a certification to get a welding job?

Most employers want proof of qualification, and it comes in several forms: a welding certificate from a technical program, a performance qualification test on the specific process and position, an AWS credential such as the Certified Welder Program, or a Registered Apprenticeship. Welders must also be licensed in some states and localities, so check your local rules before applying. OSHA separately requires welders to complete electrical safety training.

Is welding physically demanding and dangerous?

It is physically demanding, and it carries real hazards that are manageable with the right controls. BLS notes welders risk exposure to fumes, very hot materials, and intense arc light, and must lift heavy pieces and work in awkward positions. OSHA’s welding standard sets requirements for helmets and hand shields, specific lens shade numbers, fire watches when combustibles are within 35 feet, ventilation in confined spaces, and hazard communication for welding consumables.

Which states and regions have the most welding jobs?

According to AWS workforce data for 2025, the Great Lakes states (Illinois, Indiana, Michigan, Minnesota, Ohio, Wisconsin) account for about 159,500 welding professionals, followed by the Southeast at roughly 156,000 and the South Central region at about 140,000. The South, Southeast, and Great Lakes together make up around 60 percent of the U.S. welding workforce, so the Great Lakes, Southeast, and Texas-heavy South Central markets are where a new welder faces the most openings.

Can a beginner with no experience get hired as a welder?

Yes, and the bar for entry-level postings has been dropping. In AWS analysis of job postings from 2022 to 2024, more than half of postings for robotic welding technician, welder/fabricator, and welding inspector sought candidates with three years of experience or less, and employers are listing AWS certification, blueprint reading, hand tool skills, and specific processes like MIG and TIG as the skills that actually matter. Many employers still hire and train entry-level workers, though you should expect several months of on-the-job training.

Should I get a welding certificate or a four-year degree?

Most people do not need the degree to start. AWS lays out a 6- to 18-month certificate path, a 2-year associate degree, a 3- to 4-year route to a journeyman’s card, and a 4-year bachelor’s degree. Apprenticeships are the other strong option: Apprenticeship.gov reports 800,000+ apprentices annually, 93 percent employment retention after completion, and an average starting salary of $86K, so a certificate plus apprenticeship is often the fastest route to a job with benefits.