Last Updated: February 13, 2026

80+ Manufacturing Skills Gap Statistics for 2025-2026

The manufacturing skills gap isn't a future problem. It's costing the industry right now. With 415,000 job openings sitting unfilled as of mid-2025 and an aging labor force pushing toward retirement, manufacturers are fighting a war of attrition they didn't plan for. The skills gap in manufacturing demands attention at every level, from the shop floor to the C-suite. The sector needs 3.8 million new workers with the necessary skills by 2033, and roughly half those positions may never get filled at current rates.

We pulled together over 80 data points from the Bureau of Labor Statistics, Deloitte, the National Association of Manufacturers, the Manufacturing Institute, the World Economic Forum, McKinsey, and other authoritative sources. Every number links back to its original source so you can verify it, cite it, or use it in your own reporting.

1.9M

Manufacturing jobs could go unfilled by 2033

$1T

Potential economic cost in 2030 alone

26%

Of manufacturing workers are 55 or older

What's in This Report

Headline Skills Gap Numbers

The manufacturing skills gap has been a top-line concern for years, but the numbers keep getting worse. What started as a hiring inconvenience has grown into a structural economic risk that threatens to accelerate as automation adoption increases. These are the figures that CEOs, plant managers, and policymakers reference most often.

1. The manufacturing sector will need 3.8 million total new employees between 2024 and 2033, but 1.9 million of those jobs could remain unfilled, a 50% fulfillment gap. — Deloitte & The Manufacturing Institute (2024)

2. Of those 3.8 million positions needed, 2.8 million come from retirements, 760,000 from industry growth, and 230,000 from federal legislation including the CHIPS Act, Infrastructure Investment and Jobs Act, and Inflation Reduction Act. — Deloitte & The Manufacturing Institute (2024)

3. An earlier Deloitte projection estimated 2.1 million manufacturing jobs could go unfilled by 2030, at a potential cost of $1 trillion in that single year. — The Manufacturing Institute

4. Over 65% of respondents in NAM's quarterly outlook survey have indicated attracting and retaining talent is their primary business challenge, a sentiment repeated since Q4 2017. — NAM Manufacturers' Outlook Survey

5. Manufacturers report finding the right talent is now 36% harder than it was in 2018. — Deloitte & The Manufacturing Institute

6. 77% of manufacturers say they will have ongoing difficulties attracting and retaining workers in the years ahead. — Deloitte & The Manufacturing Institute

Unfilled Manufacturing Jobs

The raw number of open manufacturing positions has come down from pandemic-era peaks, but it hasn't returned to pre-2020 levels. More telling is that the sector has maintained roughly 400,000 to 500,000 unfilled positions per month as a baseline for six years running. That's not a spike. That's the new normal.

7. 415,000 manufacturing job openings remained unfilled as of June 2025, including 261,000 in durable goods and 155,000 in nondurable goods. — Bureau of Labor Statistics, JOLTS

8. Manufacturing job openings ranged from 394,000 to 426,000 through Q4 2025, with hires and separations remaining near parity. — Bureau of Labor Statistics, JOLTS (December 2025)

9. At the pandemic peak in April 2022, manufacturing had approximately 1 million open positions, roughly double the pre-pandemic average. — Bureau of Labor Statistics, JOLTS

10. The pre-pandemic average (2017-2019) was approximately 432,000 open positions per month, meaning current levels remain structurally elevated above historical norms. — Bureau of Labor Statistics, JOLTS

11. About 1.4 million manufacturing jobs were lost during the early pandemic. While 63% were recouped, 570,000 had not returned by late 2020, despite near-record job openings. — Deloitte & The Manufacturing Institute

Workforce Demographics & Aging

The demographics alone explain why the skills gap keeps widening. Manufacturing skews older than most industries. A quarter of the workforce is within a decade of retirement, and replacement workers aren't entering the pipeline fast enough to keep pace. Machine shops have a median worker age of 49. Think about what that means for a five-year planning horizon.

12. The median age of manufacturing workers is 44.3 years, compared to 42.3 for all industries. — Bureau of Labor Statistics, Current Population Survey (2024)

13. 26% of the manufacturing workforce is age 55 or older, representing approximately 3.9 million workers approaching retirement. — U.S. Census Bureau (2025)

14. Workers aged 55-64 make up 20% of manufacturing employment (3.0 million workers), while those 65+ comprise 6% (902,000 workers). — Bureau of Labor Statistics, CPS (2024)

15. Manufacturing faces an 11.8% workforce retirement rate, the second-highest among all major sectors. — Bureau of Labor Statistics

16. Machine shops have the oldest manufacturing workforce, with a median age of 49.0 years. — Bureau of Labor Statistics, CPS

17. Total US manufacturing employment stood at approximately 12.69 million as of December 2025 (CES payroll data), down from 12.71 million in September 2025. — Bureau of Labor Statistics, CES

18. Production and nonsupervisory employees account for roughly 70% of the manufacturing workforce, underscoring the sector's dependence on hands-on operational labor. — Bureau of Labor Statistics, CES

19. Of 15.02 million people employed in manufacturing in 2024 (household survey), 5.25 million were in production occupations and 1.27 million in transportation and material moving. — Bureau of Labor Statistics, CPS (2024)

Hiring Difficulty & Vacancy Rates

Ask any plant manager about hiring and you'll hear the same story: they can't find people, and the people they do find don't have the right skills. The data backs this up. Even in Q4 2025, with economic uncertainty making headlines, more than 72% of manufacturers said they needed skilled production workers they couldn't find.

20. Manufacturers reported an average of 4.2% of roles unfilled in Q3 2025, with nearly 1 in 4 manufacturers facing vacancy rates above 5%. — NAM Q3 2025 Outlook Survey

21. In Q4 2025, 72.1% of manufacturers cited a need for skilled production workers (technicians, welders, machinists), 60.1% needed core production workers (operators, assemblers, packaging), and 33.5% needed high-skilled degreed workers. — NAM Q4 2025 Outlook Survey

22. Manufacturers cannot fill higher-paying entry-level production positions, let alone find and retain skilled workers for specialized roles. — Deloitte & The Manufacturing Institute

23. More than one-third of manufacturing executives (over 33%) cite workforce skills as their top talent concern. — Deloitte (2024)

24. In the Minneapolis Fed's Ninth District (Minnesota, Montana, the Dakotas), there are just 0.6 job seekers per opening, with tight labor markets expected to persist 10-15 years due to demographics. — Federal Reserve Bank of Minneapolis

25. Roughly 37% of manufacturers planned to increase hiring in late 2025, while most expected stable employment levels. — NAM Outlook Survey

26. Unemployment among workers previously employed in manufacturing remains low at 3.1% to 3.7%, reinforcing that labor availability is constrained even as economic conditions shift. — Bureau of Labor Statistics, CPS

Skills in Highest Demand

The skills gap isn't just about warm bodies. It's about the right capabilities. CNC machinists, welders, robotics operators, and maintenance technicians sit at the top of the shortage list. But digital and technical skills are where the growth curve is steepest. Demand for simulation software skills grew 75% annually between 2019 and 2023. Soft skills like critical thinking and problem-solving are evolving just as fast. The factory floor of 2026 needs people who can run both a lathe and a data dashboard, including advanced manufacturing systems that combine automation with human oversight. Bridging the skills gap requires reskilling programs that match the speed of change. Perceptions of manufacturing as low-tech work continue to hurt recruiting, even as the reality has shifted dramatically.

27. About 40% of core skills in the manufacturing and supply chain sectors will change in the next 3-5 years. — World Economic Forum, Future of Jobs Report 2025

28. More than 54% of incumbent manufacturing workers will need additional training by 2030. — World Economic Forum (2025)

29. Demand for simulation software skills grew at a 75% compound annual growth rate from 2019 to 2023. — Deloitte & The Manufacturing Institute (2024)

30. Enterprise information management skills demand grew 37%, cloud computing 32%, and aerospace engineering skills 21% annually over the same period. — Deloitte & The Manufacturing Institute (2024)

31. 50% of manufacturers rate digital proficiency as "important" or "very important" for their workforce. — Deloitte (2024)

32. Five out of six of the fastest-growing manufacturing occupations do not require formal post-secondary education. The gap is insufficient technical training, not education levels. — Deloitte & The Manufacturing Institute (2024)

33. Industrial machinery maintenance technicians are projected to see 16% employment growth by 2032, from a base of 270,000 current workers. — Bureau of Labor Statistics, OOH

34. Mechanical and industrial engineers are projected to see 11% growth from 370,000 current workers, while software developers and data scientists in manufacturing face 13-30% projected growth. — Bureau of Labor Statistics, OOH

35. Employers globally expect 39% of workers' core skills to change by 2030, down from 44% in 2023 but still representing enormous disruption. — World Economic Forum, Future of Jobs Report 2025

36. 63% of employers already cite the skills gap as the most significant barrier to business transformation. — World Economic Forum (2025)

Wages & Compensation Pressures

When you can't find enough workers, wages go up. That's Economics 101. Manufacturing wages have climbed 3-4% annually, with total compensation (including benefits) hitting $46 per hour. The tricky part: wage pressure is increasingly driven by role-specific skill scarcity rather than across-the-board labor shortages. A CNC programmer commands a very different premium than an entry-level assembler.

37. Average hourly earnings for all manufacturing employees reached $36.07 per hour as of December 2025. — Bureau of Labor Statistics, CES

38. Production and nonsupervisory manufacturing workers earned $29.51 per hour in December 2025. — Bureau of Labor Statistics, CES

39. Total employer compensation in manufacturing averaged $46.30 per hour worked in Q2 2025, with benefits accounting for about one-third of that total. — Bureau of Labor Statistics, ECEC

40. Manufacturing workers earn $35.17 per hour ($73,154 annually) on average, representing an 18.5% premium over all private nonfarm workers. — Bureau of Labor Statistics, OES

41. Manufacturing wages increased 3.9% year-over-year from June 2024 to June 2025. — Bureau of Labor Statistics, CES

42. Total compensation costs in manufacturing continue to rise at roughly 3-4% annually. — Bureau of Labor Statistics, ECEC

43. Industrial machinery mechanics earn a $76,480 median annual wage, welders earn $55,590, team assemblers (1.5 million workers) earn $38,690, and first-line supervisors earn $65,010. — Bureau of Labor Statistics, OES

44. By subsector, petroleum/coal products pays the highest at $86,760 mean annual wage, followed by aerospace at $66,010, while food processing ranges from $38,140 to $50,000. — Bureau of Labor Statistics, OES

Training & Upskilling

Here's the tension: manufacturers know they need to train their way out of the skills gap, but many aren't investing enough to get there. The digital skills needed to operate new technologies on modern factory floors evolve faster than most training programs can keep up. The number of associate degrees, which feed the skilled trades pipeline, has stayed flat even as certificate programs have picked up. Across the industry, manufacturers are turning to apprenticeships, onboarding improvements, and ecosystem partnerships to attract and retain new talent. But scaling these programs to close a gap measured in millions of workers remains a serious challenge, especially as the Covid-19 pandemic permanently changed workforce expectations. The skills needed by 2033 will look nothing like the skills needed in 2020.

45. While bachelor's degree attainment has increased, the number of associate degrees, which prepare graduates for high-skill trades, has remained stagnant. — Deloitte & The Manufacturing Institute (2024)

46. The number of certificates awarded has notably increased, suggesting a shift toward more specialized and accessible technical education. — Deloitte & The Manufacturing Institute (2024)

47. The Deloitte 2025 Manufacturing Outlook reports that by 2030, AI-based management of employee skills and deployment to meet business needs will be a core capability, allowing manufacturers to track skills, certifications, and production demands in real time. — Deloitte 2025 Manufacturing Outlook

48. Demand for simulation software skills grew 75% annually from 2019-2023, yet training programs have not kept pace with this digital acceleration. — Deloitte & The Manufacturing Institute (2024)

49. Organizations invested an average of 13% of training budgets in learning tools and technologies in 2025, up from the prior year. — Training Magazine (2025)

50. IPC International, a global electronics manufacturing association, established a national Registered Apprenticeship program to develop talent through industry standards and formal certification pathways. — Manufacturing.gov / U.S. Department of Labor

51. Manufacturers are offering more flexible shifts, remote-capable roles, and enhanced benefits as retention strategies to meet changing workforce expectations post-pandemic. — Deloitte & The Manufacturing Institute (2024)

Economic Impact of the Skills Gap

The economic cost numbers are staggering, and they don't just hit manufacturers. Unfilled positions slow production, delay expansion, and bleed into supply chains that touch every sector of the economy. When a shop can't ship parts because they can't staff the second shift, the ripple effects hit the OEM, the distributor, and the end customer.

52. Unfilled manufacturing positions could cost the US economy $1 trillion in 2030 alone. — Deloitte & The Manufacturing Institute

53. By 2028, $454 billion in manufacturing GDP is at risk, representing 17% of the sector's total GDP contribution. — Deloitte (2024)

54. The cumulative GDP at risk from unfilled manufacturing jobs is $2.5 trillion over the 2018-2028 decade. — Deloitte

55. McKinsey estimates that $2.5 trillion was lost over the past decade (2014-2024) from 2.4 million unfilled manufacturing jobs. — McKinsey (2025)

56. Replacing a single skilled manufacturing worker costs $10,000 to $40,000. — Deloitte

57. 56% of HR leaders say employee turnover has a moderate to severe bottom-line impact on their manufacturing operations. — Deloitte

58. 60% of manufacturers ranked skills shortages as having "high or very high impact on productivity." — Deloitte

59. Due to labor constraints, 24% of manufacturers turned to outsourcing, 4% turned down new business entirely, and 33% delayed expansion plans. — Deloitte

60. In Q4 2025, 95% of manufacturers expected higher health insurance premiums in 2026, projecting an average jump of 11%, adding further pressure to total labor costs. — NAM Q4 2025 Outlook Survey

Subsector-Specific Shortages

Not every manufacturing subsector faces the same level of pain. Semiconductor manufacturing is in crisis mode, needing a 33% workforce increase by 2030. The automotive sector is hemorrhaging experienced workers while simultaneously needing entirely new skill sets for EV production. And fabricated metals, where the median worker age is closing in on 50, faces an imminent retirement wave with no clear pipeline behind it.

61. Semiconductor manufacturing needs 115,000 new workers by 2030 (a 33% increase), but 67,000 of those jobs (58%) risk going unfilled at current degree completion rates. — Deloitte

62. The automotive sector employs 1.4 million manufacturing workers and lost 14,500 jobs in August 2024, facing growing skills gaps as production shifts to electric vehicles. — Bureau of Labor Statistics

63. Fabricated metals manufacturing employs 1.5 million workers at a median age of 44.5, with machine shops at median age 49.0, facing imminent retirement waves. — Bureau of Labor Statistics, CPS

64. Machinery manufacturing employs 1.3 million workers at a median age of 45.1 and urgently needs industrial machinery maintenance technicians (projected 16% growth by 2032). — Bureau of Labor Statistics, OOH

65. Computer and electronics manufacturing employs 1.0 million workers and faces intense competition for technical talent from software companies offering higher pay and remote work. — Bureau of Labor Statistics, CPS

66. Food manufacturing is the largest subsector by headcount at 1.7 million workers with the youngest median age (42.3), but still faces persistent labor shortages. — Bureau of Labor Statistics, CPS

67. Durable goods manufacturing accounts for 9.69 million workers (65% of total manufacturing employment), while nondurable goods accounts for 5.33 million. — Bureau of Labor Statistics, CPS (2024)

State-Level Workforce Data

The skills gap doesn't hit every state equally. Indiana, where 16.8% of all employment is in manufacturing, feels the squeeze far more than a state where the sector represents 4% of jobs. The Midwest and Southeast carry the heaviest manufacturing workforce concentrations, and those are the regions where skilled labor shortages bite hardest.

State Mfg Employment Share Mfg Workers (thousands) vs. National Avg.
Indiana16.8%4922.04x
Wisconsin16.3%4581.95x
Iowa14.0%--1.71x
Michigan13.5%--1.65x
Alabama13.1%--1.60x
Arkansas12.9%--1.57x
Ohio12.6%--1.54x

Source: Bureau of Labor Statistics, State and Area Employment

68. Indiana has the highest manufacturing concentration at 16.8% of state employment (492,000 jobs), more than double the national average. — Bureau of Labor Statistics

69. Wisconsin follows at 16.3% (458,000 jobs), Iowa at 14.0%, Michigan at 13.5%, Alabama at 13.1%, Arkansas at 12.9%, and Ohio at 12.6%. — Bureau of Labor Statistics

70. Elkhart-Goshen, Indiana has the highest metro manufacturing concentration, with 32.8% of employment in production occupations. Sheboygan, Wisconsin follows at 22.3%, and Dalton, Georgia at 21.8%. — Bureau of Labor Statistics, OES

Diversity & Pipeline Challenges

Manufacturing has a talent pipeline problem that goes beyond demographics. The current and future talent shortage won't be solved with job postings alone. Women make up only 29% of the manufacturing workforce and just 26% of leadership positions. That's a massive pool the industry is barely tapping. According to the Manufacturing Institute's research, the transition to more agile, data-driven manufacturing operations requires better recruiting and onboarding processes, along with online training programs that can scale. With 1.9 million jobs by 2033 at risk of going unfilled, every untapped talent pool matters. Foreign-born workers represent a meaningful share of manufacturing employment, making immigration policy a direct input to labor supply. And union membership, at under 8%, gives manufacturers less structured workforce development infrastructure than they once had.

71. Women fill only 29.3% of manufacturing jobs (4.4 million out of 15.0 million total, 2024 annual averages). — Bureau of Labor Statistics, CPS (2024)

72. Women hold only 26% of industry leadership positions in manufacturing. — Women in Manufacturing (WiM) / Thomas

73. In durable goods manufacturing, women hold 2.44 million jobs (25.2%), compared to 1.96 million (36.8%) in nondurable goods. — Bureau of Labor Statistics, CPS (2024)

74. Foreign-born workers represent a meaningful share of manufacturing employment, particularly in durable and nondurable goods, making immigration policy a direct variable in labor supply planning. — Amtec Staffing / BLS analysis (2026)

75. Union membership in manufacturing stood at 7.8% in 2024, representing a minority of the workforce. — Bureau of Labor Statistics

Workplace Safety & Productivity

Safety and retention are more connected than most manufacturers realize. When staffing gaps force overtime and fatigue, injury rates climb. And every injury represents another worker sidelined, deepening the cycle. On the productivity front, output per hour has been rising, but sustaining those gains requires workers who can operate increasingly sophisticated equipment.

76. Manufacturing's total recordable injury rate is 2.8 cases per 100 full-time workers (2023), elevated relative to many other industries. — Bureau of Labor Statistics, SOII (2023)

77. Manufacturing output per hour grew approximately 2.5% in recent quarters, while unit labor costs increased around 2.0%. — Bureau of Labor Statistics, Productivity

78. When productivity gains keep pace with labor cost growth, manufacturers gain breathing room to reinvest in training, safety, and retention without eroding margins. — Amtec Staffing analysis (2026)

Future Outlook (2026-2033)

The manufacturing skills gap is structural, not cyclical. It won't resolve on its own when the economy shifts. Even if hiring slows temporarily, aging demographics, rising skill requirements, and declining interest in trades careers will keep the pressure on for at least the next decade. The question isn't whether the gap will persist. It's whether individual manufacturers build workforce strategies fast enough to stay competitive.

79. Manufacturing workforce challenges are structural rather than cyclical. Even if hiring slows, labor availability, skills alignment, and demographic pressures will continue to shape decisions through 2033 and beyond. — Amtec Staffing analysis (2026)

80. The CHIPS Act, Infrastructure Investment and Jobs Act, and Inflation Reduction Act collectively represent over $430 billion in manufacturing investments and the promise of 234,000+ new jobs, but filling them requires workers who don't yet exist in the pipeline. — Deloitte & The Manufacturing Institute (2024)

81. 80.3% of manufacturers reported paying tariffs on imported manufacturing inputs since early 2025, with trade uncertainties ranking as the top business challenge at 73.1% in Q4 2025. Workforce costs compound this burden. — NAM Q4 2025 Outlook Survey

82. Manufacturer optimism rose to 69.9% positive outlook in Q4 2025, up from 65.0% in Q3, suggesting companies are adapting to constraints rather than expecting them to disappear. — NAM Q4 2025 Outlook Survey

83. Technology will augment rather than replace the workforce. Deloitte projects that AI-based skills management will be a core manufacturing capability by 2030, helping match workers to roles based on real-time skill and certification tracking. — Deloitte 2025 Manufacturing Outlook

84. Manufacturers that align workforce planning with compensation strategy, skills development, safety, and flexibility will be best positioned to sustain productivity amid ongoing uncertainty. — Amtec Staffing (2026)

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Manufacturing Lead Generation. "80+ Manufacturing Skills Gap Statistics (2025-2026)." Updated February 13, 2026. https://manufacturingleadgeneration.com/manufacturing-skills-gap-statistics/

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