The Semiconductor Expansion Isn't Just About Building Fabs. It's About Building the Workforce to Run Them.

The United States is in the middle of a major semiconductor expansion.

As of late July 2026, semiconductor companies have announced more than 160 projects across 30 states since 2020, representing more than $920 billion in private investment. Those projects span semiconductor manufacturing, materials, equipment, packaging, and other parts of the domestic chip ecosystem.

The investment is significant. So is the workforce challenge that comes with it.

New facilities do not become productive simply because construction is complete and equipment is installed. They need engineers, technicians, maintenance professionals, automation specialists, operators, quality professionals, and other skilled workers who understand how to operate and support highly complex manufacturing environments.

That is why the next stage of U.S. semiconductor expansion is not only about building fabrication plants, or fabs. It is about building the semiconductor workforce needed to run them.

For employers, workforce planning increasingly needs to happen alongside facility planning. For technical professionals, the expansion also creates opportunities that may extend beyond candidates who already have semiconductor experience.

The Skye Recruitment Solutions Leadership Team examines what continued semiconductor investment means for employers, candidates, and the technical workforce supporting America's growing chip industry.

U.S. Semiconductor Manufacturing Is Expanding at Historic Scale

The numbers behind the industry's domestic expansion are significant.

According to the Semiconductor Industry Association (SIA), companies in the U.S. semiconductor ecosystem have announced more than $920.8 billion in private investment across more than 160 projects in 30 states since 2020.

Those announced projects are expected to create or support more than 525,000 American jobs, including approximately:

• 71,000 semiconductor ecosystem facility jobs

• 122,000 construction jobs

• More than 350,000 additional jobs supported throughout the U.S. economy

This investment extends beyond semiconductor fabs. It includes projects involving equipment, materials, advanced packaging, research, and other parts of the semiconductor supply chain.

The industry's broader growth outlook is also substantial. Global semiconductor sales reached a record $795.6 billion in 2025, while the World Semiconductor Trade Statistics organization projects worldwide sales could reach $1.5 trillion in 2026.

Demand is being supported by technologies ranging from artificial intelligence and advanced computing to communications, healthcare, automotive systems, defense technologies, and industrial applications.

The physical infrastructure supporting that demand is growing rapidly. The workforce needed to support it must grow with it.

The Semiconductor Workforce Is Becoming a Critical Part of Expansion

Construction projects are highly visible. Workforce development is less visible, but just as important.

A semiconductor facility is an advanced manufacturing environment that requires people with specialized skills across production, engineering, equipment, quality, maintenance, technology, and operations.

The long-term demand is significant.

Industry projections estimate that the U.S. semiconductor workforce could grow by nearly 115,000 jobs by 2030. Without enough additional training and education capacity, approximately 67,000 of those positions risk going unfilled.

That projected gap includes technicians, engineers, and computer science professionals.

This creates an important reality for semiconductor employers:

Facility expansion and workforce expansion cannot be treated as separate strategies.

Companies that wait until a facility is nearing production to begin addressing talent needs may find themselves competing for the same limited pool of technical professionals as other semiconductor employers and adjacent industries.

Building a Fab Requires More Than Semiconductor Engineers

When people think about semiconductor employment, engineers and scientists often come to mind first.

Those professionals are essential, but they represent only part of the workforce required to operate the semiconductor ecosystem.

Modern semiconductor operations may require talent across areas such as:

• Equipment engineering

• Process engineering

• Electrical engineering

• Controls and automation

• Facilities engineering

• Equipment maintenance

• Manufacturing operations

• Quality engineering

• Industrial maintenance

• Supply chain

• Computer science and data

• Technical leadership

Technician roles are particularly important.

SIA's workforce analysis estimates that approximately 26,400 of the projected 67,000-worker technical shortfalls by 2030 could be technician positions.

Many of these jobs do not require a traditional four-year college degree. Instead, they may require certificates, associate degrees, apprenticeships, military experience, specialized technical training, or relevant hands-on experience.

That distinction matters for both employers and candidates.

Semiconductor Hiring Cannot Rely on One Talent Pipeline

The projected workforce gap is too broad to solve through one recruiting channel or educational pathway.

The industry needs highly educated engineers and scientists. It also needs skilled technicians and experienced professionals capable of operating and maintaining sophisticated manufacturing equipment.

That means semiconductor employers need multiple talent pipelines.

These may include:

• Universities and engineering programs

• Community colleges

• Technical schools

• Apprenticeship programs

• Military and veteran talent

• Internal training and upskilling

• Experienced hires from semiconductor competitors

• Professionals from adjacent technical industries

This last group deserves particular attention.

As semiconductor manufacturing expands across the United States, employers may need to think more broadly about where qualified talent can come from.

Transferable Skills Could Expand the Semiconductor Talent Pool

Not every strong semiconductor candidate needs to begin their career in semiconductor manufacturing.

Professionals working in other highly technical industries may already possess skills that translate into semiconductor environments.

Potentially relevant backgrounds can include:

• Advanced manufacturing

• Industrial automation

• Automotive manufacturing

• Aerospace

• Electronics manufacturing

• Energy

• Equipment manufacturing

• Precision manufacturing

The key is evaluating the underlying skills rather than relying only on industry labels.

For example, a Controls Engineer from an advanced manufacturing environment may already understand PLCs, HMIs, automation systems, industrial networks, troubleshooting, equipment integration, and production uptime.

An equipment maintenance professional may have experience maintaining complex automated machinery, diagnosing failures, following strict procedures, and supporting high-volume operations.

A Quality Engineer from aerospace or automotive manufacturing may bring experience working in highly controlled environments where documentation, process discipline, traceability, and continuous improvement are essential.

That does not mean experience transfers automatically. Semiconductor manufacturing has unique processes, safety requirements, cleanroom environments, technologies, and technical standards that may require additional training.

It does mean employers can benefit from distinguishing between skills that must already be semiconductor-specific and skills that can transfer from another technical environment.

Skills-Based Hiring Could Play a Larger Role in Semiconductor Recruitment

This is where skills-based hiring becomes especially relevant.

If every semiconductor employer requires previous semiconductor experience for every position, the industry risks competing within the same limited talent pool while thousands of new positions are being created.

A more flexible approach asks a different question:

What does someone actually need to know to succeed in this position, and which skills can reasonably be learned after they are hired?

For some positions, semiconductor-specific experience will remain essential.

For others, employers may be able to identify candidates based on transferable technical competencies and provide training for the semiconductor-specific components of the role.

This approach can help employers:

• Expand candidate pools

• Identify overlooked technical talent

• Create stronger entry points into the industry

• Support internal workforce development

• Reduce dependence on direct competitor hiring

It can also create new career paths for technical professionals who may not have previously considered semiconductor manufacturing.

Semiconductor Employers Are Competing with More Than Other Chip Companies

One of the biggest workforce challenges facing the semiconductor industry is that many of its most important skill sets are also in demand elsewhere.

Semiconductor companies are competing for engineers, technicians, computer scientists, automation specialists, and other technical professionals with industries including:

• Aerospace

• Automotive

• Advanced manufacturing

• Artificial intelligence and computing

• Clean energy

• Communications

• Cybersecurity

• Medical technology

This competition matters because many of these industries are expanding or modernizing at the same time.

An experienced Controls Engineer, Electrical Engineer, Manufacturing Engineer, equipment specialist, or technical leader may have opportunities across several industries.

Employers therefore cannot assume that semiconductor growth alone will attract the talent they need.

The opportunity must also be competitive.

Workforce Planning Needs to Begin Before Production

When a new facility or expansion is announced, companies naturally focus on construction schedules, equipment, suppliers, permits, production targets, and capital investment.

Workforce planning needs to be part of that conversation early.

Waiting until equipment arrives or production deadlines approach can create unnecessary hiring pressure.

A proactive semiconductor workforce strategy should consider:

Which positions will be hardest to fill?

Not every role carries the same recruiting difficulty. Employers should identify specialized and business-critical positions early.

Which skills must come from semiconductor experience?

Separating true industry requirements from transferable capabilities can significantly expand the available talent pool.

Where will candidates come from?

Local labor markets may not contain enough experienced talent to support every new facility. Regional and national recruiting may be necessary.

Which positions can be developed internally?

Training existing employees can reduce reliance on external hiring while creating valuable career paths.

How quickly can the hiring process move?

Technical professionals with specialized skills often have options. Long delays between interviews, feedback, and offers can increase the risk of losing candidates.

The earlier employers answer these questions, the more options they have.

What Semiconductor Expansion Means for Technical Professionals

The growth of U.S. semiconductor manufacturing is not only an employer story.

It is also creating new possibilities for technical professionals.

Candidates with backgrounds in automation, controls, electrical systems, equipment maintenance, quality, manufacturing engineering, and other advanced industrial environments may have skills that semiconductor employers need.

For professionals considering the industry, the first step is understanding which capabilities transfer and where additional training may be required.

Technical candidates can strengthen their position by clearly demonstrating:

• Equipment and systems expertise

• Troubleshooting ability

• Automation experience

• Experience in controlled manufacturing environments

• Process improvement accomplishments

• Safety and quality discipline

• Cross-functional collaboration

• Ability to learn complex technologies

Employers evaluating these candidates should look beyond job titles and consider the actual work performed.

A resume that does not contain the word "semiconductor" may still represent valuable semiconductor talent.

Building the Semiconductor Workforce Will Require Long-Term Thinking

There is no single solution to a workforce challenge of this size.

Recruiting experienced professionals matters, but hiring alone cannot create the entire workforce the semiconductor industry will need.

The broader solution will require coordination between employers, universities, community colleges, technical schools, workforce development organizations, government programs, and the recruiting industry.

Employers will also need to think about retention.

Attracting technical professionals is only the first step. Organizations need to create environments where employees can develop skills, build careers, and see a long-term future with the company.

That includes:

• Training and upskilling

• Clear career pathways

• Competitive compensation

• Strong technical leadership

• Knowledge transfer

• Employee development

• Effective onboarding

The companies that approach workforce development with the same long-term thinking applied to facility investment may be better prepared to turn expansion plans into sustainable operations.

Frequently Asked Questions

1. How many semiconductor jobs are expected to be created in the United States?

Industry projections estimate that the U.S. semiconductor workforce could add nearly 115,000 jobs by 2030, growing from approximately 345,000 positions at the beginning of the projection period to roughly 460,000.

2. Is there a semiconductor workforce shortage?

Yes. SIA and Oxford Economics project that roughly 67,000 new semiconductor jobs could go unfilled by 2030 at current training and degree-completion rates. The projected shortage includes technicians, engineers, and computer science professionals.

3. Do semiconductor manufacturing jobs require a four-year degree?

Not all of them. Semiconductor manufacturing requires workers across a wide range of education and training levels. Many technician positions can be accessible through associate degrees, certificates, apprenticeships, specialized technical training, or other postsecondary pathways rather than a traditional four-year degree.

4. Can professionals move into semiconductors from other industries?

Yes, depending on the position. Professionals from advanced manufacturing, automation, automotive, aerospace, electronics, energy, and other technical industries may possess transferable skills relevant to semiconductor operations. Employers still need to determine which semiconductor-specific skills or training are required for each role.

5. What roles will semiconductor companies need as U.S. manufacturing expands?

Needs vary by facility, but growing semiconductor operations require talent across engineering, equipment maintenance, manufacturing, facilities, automation and controls, quality, supply chain, computer science, operations, and technical leadership.

Conclusion: Building Fabs Is Only Half the Challenge

The scale of semiconductor investment underway in the United States represents a significant opportunity for American manufacturing.

More than 160 announced projects and over $920 billion in private investment demonstrate how rapidly the domestic semiconductor ecosystem is expanding. But buildings, equipment, and capital alone cannot produce chips.

People do.

The industry's next challenge is making sure workforce development keeps pace with physical expansion.

That will require employers to recruit proactively, build stronger training pipelines, recognize transferable skills, invest in existing employees, and rethink where semiconductor talent can come from.

For candidates, it means semiconductor growth may create career opportunities beyond those who already have direct industry experience.

For employers, it means workforce strategy cannot wait until a facility is ready to open.

At Skye Recruitment Solutions, we help companies identify the engineering, technical, manufacturing, and leadership talent needed to support complex operations and long-term growth. As the U.S. semiconductor ecosystem continues expanding, a proactive, skills-focused recruiting strategy can help employers build not only the facilities of the future, but the workforce needed to make them successful.

Author: Skye Recruitment Solutions Leadership Team