Manufacturing Cannot Compete for Talent With 1970s Scheduling

Manufacturing leaders keep talking about the skills gap. They are not wrong, but they are not telling the whole story.

A 2024 Deloitte and Manufacturing Institute talent study projects that U.S. manufacturing could need as many as 3.8 million new employees between 2024 and 2033. If workforce challenges persist, nearly 1.9 million of those jobs could go unfilled. Importantly, the research identifies not only a skills gap but an applicant gap: manufacturers are struggling to get enough people to apply in the first place.

That changes the workforce conversation. Training matters, but manufacturers also have to ask whether the jobs they are offering are competitive with the lives workers are trying to build. One of the clearest places to look is scheduling.

Too many manufacturers still operate with a work design built for another era: fixed shifts, little ability to swap hours, limited predictability, and minimal accommodation for caregiving, education, transportation, or responsibilities outside the plant.

Manufacturing cannot offer the same flexibility as remote office work. Production requires physical presence, safety coverage, team coordination, and access to equipment. But “not remote” does not have to mean “rigid.”

Scheduling Is a Talent Strategy

Traditional manufacturing schedules were built around production certainty. Machines need to run, lines need coverage, supervisors need predictability, and customers expect delivery. None of that has changed.

The workforce has.

The same Deloitte and Manufacturing Institute research found that 47% of surveyed manufacturers said flexible work arrangements—including flexible shifts, shift swapping, and split shifts—were among the most impactful strategies their companies had used to retain employees. Flexible work ranked second only to competitive benefit programs.

That does not mean every plant should abandon fixed shifts. It means inflexibility should no longer be treated as a law of nature.

Manufacturers can experiment with compressed workweeks, staggered start times, approved shift swaps, part-time pathways, cross-trained coverage pools, predictable schedules, and technology that makes coverage easier to manage. The question is not whether factory work can become office work. It cannot. The question is how much unnecessary rigidity can be removed without sacrificing production.

Pay Is Only Part of the Employment Bargain

Manufacturing has a strong economic story to tell. The Federation for Advanced Manufacturing Education, or FAME, provides one example. Research highlighted by the Manufacturing Institute found that FAME graduates were earning nearly $98,000 five years after completion, compared with roughly $52,783 for non-FAME participants.

That is a compelling case for manufacturing as a path to upward mobility. But a good wage does not automatically overcome poor work design.

A higher hourly rate loses some of its power if the schedule makes childcare impossible, transportation unreliable, education difficult, or family responsibilities unmanageable. Manufacturers are not only competing against other factories. They are competing against every employer capable of offering workers an acceptable combination of income, stability, advancement, and control over time.

Caregiving data makes the problem particularly difficult to dismiss. The Manufacturing Institute’s research on women in manufacturing found that 49.2% of women surveyed identified lack of childcare support as a significant workforce challenge, compared with 8% of men. Deloitte also reported that the average number of U.S. employees missing work because of childcare in 2023 was 42% higher than the 2019 average.

If the job cannot fit the worker’s life, some workers will never become applicants.

Small Manufacturers Have Less Room for Error

For smaller manufacturers, scheduling flexibility can be harder. Thin staffing means fewer backup options, and one absence can affect an entire shift. Extensive cross-training or sophisticated workforce technology may not exist.

But that can make work design more important, not less.

A smaller manufacturer may not be able to outspend a large employer on compensation, technology, or benefits. It may be able to compete through predictability, direct communication, smarter shift-swapping rules, and greater willingness to accommodate workers when production allows.

Flexibility does not always require a major technology investment. Sometimes the first improvement is publishing schedules earlier, creating a reliable swap process, cross-training more employees, or identifying start-time changes that could materially expand the applicant pool.

Deloitte describes one manufacturer that created a two-day-per-week part-time position initially intended for university students. The company discovered unexpected demand from stay-at-home parents and eventually had nearly 400 employees in the program, with strong attendance and retention reported. Read the Deloitte case example

That is not flexibility for flexibility’s sake. It is labor-market design.

Automation Will Not Make This Problem Disappear

Automation will reduce dependence on some forms of labor, but it will not eliminate the need for skilled people.

Deloitte’s manufacturing workforce analysis projects growth in several higher-skill manufacturing occupations as factories become more technologically complex. Industrial machinery maintenance roles, for example, could grow as much as 16% between 2022 and 2032.

Those technicians, maintenance workers, operators, engineers, programmers, and supervisors will have employment options. Advanced technology does not make workforce experience less important. In many cases, it makes skilled employees more valuable and harder to replace.

Automation will not rescue an employer from poor job design.

What Strategic Scheduling Looks Like

Scheduling flexibility does not mean giving employees complete control over when they work. It means designing schedules as intentionally as manufacturers design other operating systems.

Some plants can use four 10-hour shifts. Others can offer staggered starts, approved shift swaps, part-time roles, or cross-trained float pools. Predictability alone can have value: publishing schedules further in advance gives employees more ability to arrange childcare, transportation, appointments, and family obligations.

Not every solution will work in every plant. Customer demand, safety requirements, labor agreements, staffing levels, and production processes impose real constraints. But “this is just how manufacturing works” is not a workforce strategy.

The economic stakes are significant. McKinsey estimates that churn in critical skilled trades could cost U.S. companies more than $5.3 billion annually in talent acquisition and training expenses alone, before accounting for additional productivity losses while replacements get up to speed.

Scheduling therefore belongs in the same conversation as compensation, training, recruiting, automation, and retention.

The Uncomfortable Truth

Manufacturing’s workforce challenge is not only about skills. It is also about whether the industry is designing jobs that enough people are willing and able to take.

For decades, the operating assumption was simple: production requirements were fixed, so the worker had to bend. That assumption is becoming less competitive.

Manufacturers cannot ask workers to embrace advanced manufacturing while refusing to modernize the employment experience around it. Scheduling flexibility will not solve every workforce problem, and it cannot replace competitive pay, strong supervisors, safe conditions, training, or advancement.

But employers should stop treating control over time as a minor perk.

It is part of the employment bargain.

Workers are not only asking, “What does this job pay?”

They are also asking, “Can I build a life around it?”