Is There Really a Skilled Trades Shortage? What the 2026 Data Actually Shows
Yes, parts of the skilled trades labor market are genuinely tight. But the phrase "skilled trades shortage" gets used to describe several different things: fast job growth, lots of projected openings, employers having trouble hiring, apprenticeship capacity, and jobs that stay vacant.
Those are not the same measure.
The U.S. Bureau of Labor Statistics (BLS) explicitly says its long-term Employment Projections do not predict occupational labor shortages or surpluses. In our analysis of 11 large skilled-trade occupations, BLS projects about 469,600 openings per year, but roughly 92 percent come from workers permanently transferring occupations or leaving the labor force rather than from brand-new job creation.
That does not mean demand is weak. It means "openings," "new jobs," "vacancies," and "shortages" need to stop getting tossed into the same statistical blender.
Four numbers people keep mixing together
A "shortage" means labor demand is outrunning available labor at prevailing conditions. No single BLS table directly calculates that for detailed occupations. Before comparing trades, separate the measures that often get mashed into one headline.
1. Employment growth
This is the projected change in the number of jobs in an occupation. Electrician employment is projected to rise from 821,000 in 2025 to 896,900 in 2035, a gain of 75,900 jobs or 9.2 percent.
2. Projected annual openings
BLS openings include new jobs plus openings created when workers permanently leave the occupation. They are not a count of positions sitting vacant all year.
3. Active vacancies
JOLTS measures active job openings at the industry level. Construction vacancies can include electricians, laborers, estimators, managers, and office staff, so they cannot prove an electrician-specific shortage.
4. Hiring difficulty
Employer surveys tell us whether firms are struggling to recruit. That is useful evidence, but the cause can include geography, licensing, experience requirements, wages, schedules, and project timing.
BLS is unusually clear on this point: its Employment Projections model worker demand under long-run equilibrium assumptions and do not forecast future shortages or surpluses. Both projected growth and projected openings represent demand, not the available supply of qualified workers.
Trade Demand Dashboard: 11 skilled careers compared
This table uses May 2025 BLS Occupational Employment and Wage Statistics for pay and BLS 2025-2035 Employment Projections for growth, openings, education, and on-the-job training. Replacement share is our calculation from BLS Table 1.10: labor-force exits plus occupational transfers divided by projected annual openings.
| Trade | Median pay | 2025-35 growth | Annual openings | Replacement share | Typical entry path |
|---|---|---|---|---|---|
| Industrial machinery mechanics | $64,520 | 17.8% | 44,400 | 82.2% | High school + long-term OJT |
| HVAC mechanics and installers | $61,010 | 10.9% | 40,600 | 87.9% | Postsecondary nondegree award + long-term OJT |
| Electrical power-line installers | $95,320 | 10.3% | 10,900 | 87.2% | High school + long-term OJT |
| Electricians | $63,190 | 9.2% | 72,700 | 89.7% | High school + apprenticeship |
| Plumbers, pipefitters, steamfitters | $63,800 | 6.8% | 42,000 | 91.7% | High school + apprenticeship |
| Automotive service technicians | $50,620 | 5.0% | 66,200 | 93.7% | Postsecondary nondegree award + short-term OJT |
| Construction equipment operators | $59,850 | 4.6% | 39,200 | 94.4% | High school + moderate-term OJT |
| Carpenters | $60,580 | 3.9% | 62,800 | 94.3% | High school + apprenticeship |
| Diesel mechanics | $61,770 | 3.6% | 24,400 | 95.5% | High school + long-term OJT |
| Welders | $53,750 | 2.4% | 40,300 | 97.3% | High school + moderate-term OJT |
| Machinists | $58,750 | 1.0% | 26,100 | 98.9% | High school + long-term OJT |
Data note: Pay is from May 2025 OEWS. Growth, annual openings, education, OJT, exits, and transfers are from the BLS 2025-2035 Employment Projections released August 27, 2026. Values are national and rounded by BLS. Replacement shares may not sum perfectly with growth because of published rounding.
Industrial machinery mechanics have the strongest projected growth in this group. BLS expects 17.8 percent growth, adding about 79,700 jobs over the decade. Automation is part of the reason: more automated manufacturing equipment still needs people to install, diagnose, calibrate, and repair it.
Electricians combine high total openings with solid growth. They have the largest annual openings count in this group, 72,700, while also growing 9.2 percent. That is a stronger expansion signal than a high openings count by itself.
Lineworkers have fewer openings because the occupation is smaller, not because demand is weak. The occupation is projected to grow 10.3 percent and has the highest national median pay in this comparison at $95,320.
Welding and machining show why openings can mislead. Welders have about 40,300 projected openings per year but only 2.4 percent projected growth. Machinists have about 26,100 openings per year with just 1.0 percent projected growth. Nearly all of those openings are replacement demand.
Where do all those openings actually come from?
BLS separates permanent occupational departures into two categories:
- Labor-force exits: people who stop working or looking for work. Retirement is one reason, but so are disability, family responsibilities, education, and other exits.
- Occupational transfers: people who remain in the labor force but permanently move into a different occupation.
For the six trades below, occupational transfers are a bigger source of annual openings than labor-force exits.
| Trade | Net annual growth | Labor-force exits | Occupational transfers | Total annual openings |
|---|---|---|---|---|
| Electricians | ~7,590 | 22,100 | 43,100 | 72,700 |
| Plumbers/pipefitters | ~3,450 | 14,000 | 24,500 | 42,000 |
| HVAC technicians | ~4,820 | 12,300 | 23,400 | 40,600 |
| Auto technicians | ~4,090 | 24,500 | 37,500 | 66,200 |
| Carpenters | ~3,500 | 23,500 | 35,700 | 62,800 |
| Industrial machinery mechanics | ~7,970 | 16,900 | 19,600 | 44,400 |
A big openings number can mean rapid expansion, high replacement needs, or both. If you care about where an occupation is heading structurally, projected employment growth tells you something different from total openings.
Are the skilled trades really aging out?
You have probably seen some version of this claim: the average tradesperson is in their mid-50s and a retirement wave is about to wipe out the workforce.
Current federal data does not support that as a blanket description of major trades.
| Occupation | Median age, 2025 |
|---|---|
| Electricians | 39.6 |
| Plumbers, pipefitters, steamfitters | 40.2 |
| Automotive service technicians | 40.3 |
| Carpenters | 41.5 |
| Machinists | 45.7 |
| All employed workers | 42.1 |
Electricians, plumbers, auto technicians, and carpenters are all younger at the median than the employed workforce overall. Machinists are older, which is one reason broad "all trades" claims can hide important differences.
Retirement still creates openings. BLS projects about 22,100 annual labor-force exits among electricians and about 14,000 among plumbers, for example. But labor-force exit is not synonymous with retirement, and occupational transfers create more openings than exits in many of the trades we analyzed.
Age figures come from the Current Population Survey, which counts employed people. Employment Projections and OEWS use different concepts and survey designs, so we use CPS only for age rather than mixing its employment totals into the occupation dashboard.
What employer surveys tell us that BLS projections cannot
Long-term projections tell us where employment demand is expected to go. Employer surveys can tell us whether firms are having trouble hiring right now.
The 2026 workforce survey from the Associated General Contractors of America and NCCER provides useful context:
- 87 percent of respondents reported openings for hourly craft positions.
- Among firms with craft openings, 88 percent said those positions were as hard or harder to fill than a year earlier.
- At the same time, 37 percent said total headcount had fallen by at least 5 percent over the prior year, while 34 percent reported an increase of at least 5 percent.
That combination looks contradictory until you remember that "construction" is not one labor market. A contractor building a hyperscale data center may be fighting for experienced electricians and pipefitters. A firm exposed to weak office construction, high interest rates, or a slow local housing market may be reducing crews. Both can be true.
There is another limitation: the survey measures construction firms, not every skilled trade. Automotive repair, manufacturing maintenance, utilities, and other sectors have different labor markets.
Bottom line: the survey is strong evidence that construction craft hiring is tight, but it should not be turned into a universal shortage percentage for every trade in America.
AI and data centers are creating real trade demand, especially around power
This part of the shortage story is not hype.
In its current electrician outlook, BLS explicitly says growing use of artificial intelligence and demand for data centers are expected to increase electricity demand. BLS expects grid upgrades and new infrastructure to create opportunities for electricians who install and connect electrical systems and generation sources.
AGC has also reported that demand tied to data centers, power projects, and advanced manufacturing is keeping parts of the construction labor market tight even while other segments soften.
But the effect is not evenly distributed across every trade or every city. The strongest direct benefit is likely to show up in occupations connected to power, industrial systems, cooling, controls, and large nonresidential construction. That includes electricians, lineworkers, industrial machinery mechanics, HVAC technicians, and some pipefitting specialties.
It tells you much less about national demand for residential carpenters, auto mechanics, or entry-level production welders.
Apprenticeship numbers are useful, but they are not the whole labor pipeline
One common shortage argument compares all projected trade openings with the number of people completing Registered Apprenticeship programs.
That comparison can be misleading because not every occupation in the trades uses the same entry route.
BLS lists apprenticeship as the typical on-the-job training path for electricians, plumbers/pipefitters, and carpenters. But the same federal table lists:
- postsecondary nondegree training plus long-term OJT for HVAC;
- postsecondary nondegree training plus short-term OJT for automotive technicians;
- high school plus long-term OJT for diesel mechanics and industrial machinery mechanics;
- high school plus moderate-term OJT for welders and construction equipment operators.
Registered Apprenticeship is an important pipeline, and the Department of Labor publishes detailed apprenticeship data and statistics. But apprentice completers are not a complete count of everyone entering skilled-trade occupations.
What about the "2.1 million unfilled trades jobs" claim?
JLL published a widely repeated 2026 estimate that 2.1 million skilled-trade positions could go unfilled by 2030. Its report points to nearly 600,000 skilled-trade job postings in a year and roughly 150,000 workers entering through apprenticeship programs as evidence of a large supply-demand gap.
That may be useful as a warning about recruiting pressure, but it is not the same thing as an official count of 2.1 million persistent vacancies.
The numerator and denominator measure different things. Job postings can include replacement hiring, repeat recruiting, and multiple postings over time. Registered Apprenticeship entrants represent only one route into occupations that also use postsecondary certificates and employer OJT.
Most importantly, BLS explicitly says its occupational projections do not model worker supply and should not be interpreted as shortage or surplus forecasts.
Our recommendation: treat big national shortage estimates as scenario estimates, then check the underlying trade, region, wage trend, licensing requirements, and employer evidence before using them to make a career decision.
The automotive technician example: lots of openings does not automatically mean fast growth
Automotive service technicians are a useful case study because two different stories can both be true.
BLS projects about 66,200 openings per year for automotive service technicians and mechanics. But employment is projected to grow only 5.0 percent from 2025 to 2035, and about 93.7 percent of projected openings are replacement demand rather than net job growth.
At the same time, the National Automobile Dealers Association says about 39,000 new service technicians graduate from U.S. career technical colleges and training programs each year while the industry estimates it needs to replace nearly 76,000 technicians annually to keep up with retirements and new demand.
That is meaningful employer-side evidence of a training pipeline problem. But it is still an industry estimate, and it should not be confused with the BLS openings methodology.
For a student, the useful question is not just "is there a shortage?" It is: What do employers in my market pay, what credentials do they prefer, what are the tool and schedule expectations, and how many shops are actually hiring?
How to read a skilled-trades shortage headline before choosing a career
- Ask what the number measures. Is it job growth, projected openings, active vacancies, or job postings? If the article does not say, that is your first warning sign.
- Separate new growth from replacement demand. A career can be stable and offer many openings even with modest growth. That is different from joining a rapidly expanding occupation.
- Check the geography. Trades are location-dependent. Licensing rules, union density, megaprojects, housing cycles, energy investment, and industrial employers can make two regions look completely different. Our skilled trades by state guide is a better starting point for geography than a national shortage headline.
- Check the entry bottleneck. Some careers rely heavily on apprenticeships; others commonly use certificates, diplomas, or employer training.
- Compare pay with the actual work. Training length, tools, licensing, commuting, overtime, weather, shifts, and physical strain all matter. Our physical demands comparison looks at 31 skilled careers.
- Look for structural growth. If expansion matters to you, look for a combination of growth and openings. In this group, industrial maintenance, HVAC, linework, and electrical work stand out on projected growth.
Which trades look strongest in the current data?
There is no universal "best trade," but a few patterns are hard to ignore.
Industrial machinery mechanics: strongest growth signal
With 17.8 percent projected growth, industrial machinery mechanics have the fastest growth rate in this comparison. Automation is not eliminating the occupation. BLS expects continued adoption of automated manufacturing equipment to create demand for workers who keep that machinery operating.
This path may fit people who like troubleshooting mechanical systems, hydraulics, conveyors, sensors, and increasingly computerized equipment. Explore industrial maintenance training.
Electricians: strong growth plus a large occupation
Electricians combine 9.2 percent growth, 72,700 annual openings, and a $63,190 national median wage. BLS also directly connects future opportunities to grid upgrades, renewable generation, AI-related electricity demand, and data-center infrastructure.
If you are comparing the classic mechanical trades, see our electrician vs. HVAC vs. plumber comparison, or explore electrician training and electrician apprenticeships.
Lineworkers: high pay, strong growth, smaller occupation
Electrical power-line installers and repairers have a $95,320 median wage and 10.3 percent projected growth. The occupation is much smaller than electrician or carpentry, so its annual openings count is lower.
The trade-off is obvious: this work can involve heights, severe weather, emergency restoration, and substantial safety risk. See lineworker training options before romanticizing the paycheck.
HVAC: strong growth with a school-based entry route
HVAC technicians are projected to grow 10.9 percent, with 40,600 annual openings and a $61,010 median wage. BLS lists a postsecondary nondegree award as the typical entry education, followed by long-term OJT.
EPA Section 608 certification is required for technicians who work on equipment that could release regulated refrigerants. Those credentials do not expire, and EPA says technicians already certified under Sections 608 or 609 do not need to be re-certified for current HFC-transition rules.
Explore HVAC schools and technician training.
What this means if you are considering trade school
A labor-shortage headline should never be the only reason you choose a career. Use it as a prompt to investigate further.
The strongest trade-school decision combines:
- A job you can realistically tolerate or enjoy. Physical demands, weather, travel, shifts, customer contact, and repetitive strain matter.
- A training path you can access. Some trades rely heavily on apprenticeships; others commonly use certificates, diplomas, or employer training.
- A local market that actually hires. National projections cannot tell you whether three employers within driving distance are hiring apprentices this month.
- Pay that makes sense for the path. Compare wages with training length, tools, licensing, commuting, overtime, and local living costs.
- A career ladder you want. Journeyperson, lead tech, estimator, inspector, supervisor, field service, controls, and business ownership are very different destinations.
If you are still deciding among fields, start with our guide to the best trades to learn and our broader list of high-demand careers. Then use the occupation-specific pages to check training requirements before committing money.
Frequently asked questions
Is there really a skilled trades shortage in the U.S.?
There is strong evidence of hiring difficulty in parts of construction and some trade labor markets, but there is no single federal statistic proving one national shortage across all trades. BLS explicitly says its employment projections do not forecast labor shortages or surpluses. Conditions vary by trade, specialty, region, wages, licensing, and project demand.
Do 72,700 electrician openings mean 72,700 new electrician jobs every year?
No. BLS projects 72,700 annual electrician openings, but only about 7,590 per year correspond to average net employment growth over 2025-2035. About 22,100 openings come from labor-force exits and 43,100 from occupational transfers.
Which skilled trade is growing fastest?
Among the 11 trades in our comparison, industrial machinery mechanics have the highest projected growth rate at 17.8 percent from 2025 to 2035. HVAC technicians are next at 10.9 percent, followed by electrical power-line installers at 10.3 percent and electricians at 9.2 percent.
Is the average skilled trades worker really 55 years old?
Not in several of the largest trades. BLS Current Population Survey data for 2025 puts the median age at 39.6 for electricians, 40.2 for plumbers/pipefitters, 40.3 for automotive service technicians, and 41.5 for carpenters. The median for all employed workers was 42.1.
Are AI and data centers increasing demand for electricians?
Yes. BLS now explicitly says growing AI use and data-center demand are expected to increase electricity demand, requiring grid upgrades and new infrastructure that create opportunities for electricians. The effect is real but concentrated around power, infrastructure, cooling, controls, and large nonresidential projects rather than every skilled trade.
Does every skilled trade require an apprenticeship?
No. BLS lists apprenticeship as the typical OJT path for occupations such as electricians, plumbers/pipefitters, and carpenters. Other trades commonly enter through postsecondary certificates plus employer training or through long-term or moderate-term OJT.
Methodology and sources
We rebuilt the occupation table from current primary federal datasets rather than copying figures from secondary shortage reports.
- Wages: BLS Occupational Employment and Wage Statistics, May 2025 national estimates, released May 15, 2026.
- Employment, growth, openings, education, and OJT: BLS Employment Projections 2025-2035, released August 27, 2026.
- Transfers and labor-force exits: BLS Occupational Separations methodology and Table 1.10, 2025-2035.
- Age: BLS Current Population Survey, Table 11b, 2025 annual averages.
- Current construction hiring difficulty: AGC/NCCER 2026 Workforce Survey, released September 3, 2026.
- Registered Apprenticeship definitions/data: U.S. Department of Labor, Apprenticeship.gov.
- Automotive technician pipeline estimate: National Automobile Dealers Association.
- EPA certification clarification: U.S. Environmental Protection Agency, Section 608 technician certification guidance.
Primary sources
- U.S. Bureau of Labor Statistics: Employment Projections FAQs
- U.S. Bureau of Labor Statistics: Occupational Separations FAQs
- U.S. Bureau of Labor Statistics: Occupational Projections and Worker Characteristics
- U.S. Bureau of Labor Statistics: 2025 Current Population Survey Table 11b
- U.S. Bureau of Labor Statistics: Electricians
- Associated General Contractors of America: 2026 Workforce Survey release
- Apprenticeship.gov: Data and Statistics
- National Automobile Dealers Association: Service Technicians
- U.S. EPA: Section 608 Technician Certification Requirements
- JLL: Building Tomorrow's Workforce Today
Data checked September 14, 2026. BLS projections are national long-term estimates and do not predict local vacancies or labor shortages.
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