Can the Semiconductor Industry Close Its Talent Gap?

History remembers the moments that transformed America's future. Today, memory and storage are the infrastructure of the AI era, chip manufacturing is the backbone of technological sovereignty and AI acceleration is redefining what's possible. The semiconductor companies that thrive will be those that rethink how they develop talent and build the capabilities needed to lead this new era of innovation.

AI adoption, cloud computing, data center expansion and investments supported by the CHIPS and Science Act are fueling unprecedented demand for semiconductor talent. According to the Semiconductor Industry Association (SIA) and Oxford Economics, semiconductor employment is projected to grow from approximately 345,000 workers to 460,000 by 2030, creating nearly 115,000 new jobs. Yet roughly 67,000 of those positions could go unfilled without additional investments in workforce development and education.

In my conversations with semiconductor leaders, workforce availability and retention remain top priorities. Whether the focus is a new fab, production expansion or long-term growth strategy, the questions are often the same: Where will the talent come from? How can organizations attract and retain the skilled professionals they need? And how can they build the technology capabilities required to compete in the future?

The good news is that the semiconductor talent gap is solvable. Closing it, however, will require organizations to think beyond traditional recruiting and invest in workforce development, education partnerships, AI-enabled technologies, long-term talent planning, and the digital capabilities and services needed to support future growth.

How Data Center Growth and AI Are Intensifying the Semiconductor Talent Challenge

Several long-term trends are accelerating long-term semiconductor growth, including AI adoption, cloud computing and the rapid expansion of data center infrastructure. As both industries scale, demand is increasing for many of the same technical skill sets.

Data centers need network engineers, cybersecurity professionals, AI infrastructure architects, automation specialists, IT operations leaders and technology professionals who understand uptime, resilience, energy efficiency and critical infrastructure. As AI infrastructure expands, demand is increasing for many of these highly specialized technology skill sets.

Semiconductor companies need many of those same capabilities. They also require highly specialized expertise in AI-enabled production, automation, cybersecurity, data and analytics, software, quality systems and the digital technologies that support modern semiconductor operations. As organizations scale, the challenge becomes not only finding talent but also building and sustaining these capabilities across the business.

That overlap matters.

In a recent DevPro Journal article, Julie Loucks, Head of North America Vertical Strategy for IT, Tech and Communications at ManpowerGroup, wrote:

Infrastructure can be financed, land can be acquired and power can be negotiated. But without an intentional, long-term workforce strategy, even the most ambitious data center investments are at risk. Sustainable growth in this market starts and ends with people.

Semiconductor manufacturers face a similar reality. A fab can be funded. Equipment can be ordered. Incentives can be secured. But without the right talent, Human Ingenuity and workforce systems, production timelines can slip, yields can suffer and expansion plans can underdeliver.

Why Traditional Hiring Alone Will Not Solve the Talent Gap

Many semiconductor companies are trying to close talent gaps through traditional recruiting. That remains important, but it is only part of the solution.

Several factors are making workforce planning increasingly complex:

• Demand is increasing faster than the available talent pool.
• Experienced workers are retiring, taking decades of institutional knowledge with them.
• Highly technical roles require degrees, certifications or specialized training.
• New fabs are often located in markets without mature semiconductor labor ecosystems.
• Data centers, clean energy, aerospace, automotive and advanced manufacturing are competing for similar skills.

In a recent ISM World article, I emphasized that talent is now as important as access to capital or equipment. The chip industry is already feeling the strain, particularly in highly skilled technology, engineering and digital transformation roles.

I also noted that the semiconductor industry must invest in the future workforce now, especially as retirements drain expertise from an aging labor pool. According to ISM World, U.S. semiconductor employment has declined significantly since 2000, even as new industry investment is expected to support major job creation by 2032, creating a potential shortfall of tens of thousands of skilled workers by the end of the decade.

For business leaders, the implication is clear.

Waiting until a fab is under construction or a production ramp is underway is too late. Workforce strategy needs to move upstream.

Why Building the Next Semiconductor Workforce Requires a Comprehensive Workforce Strategy

The semiconductor talent gap cannot be solved through recruiting alone. It requires a comprehensive workforce strategy that combines near-term talent delivery with long-term workforce development and capability building.

At Experis, a ManpowerGroup company, we see this as both a talent acquisition challenge and a workforce and technology ecosystem challenge. Drawing on the strength of ManpowerGroup's family of brands, we help organizations address immediate hiring needs while also building the workforce and technology capabilities required for future growth.

Here's how:

1. Workforce Solutions and AI-Enabled Technology That Scale with Growth

Semiconductor and data center companies need flexible workforce models and AI-enabled technology that can support rapidly changing demand. Increasingly, they also need partners that can help scale critical capabilities across AI, cybersecurity, cloud, engineering, data and modernization. This allows internal teams to focus on strategic priorities while keeping growth initiatives moving forward.

2. Reskilling and Upskilling for Critical Technical Roles

The semiconductor industry cannot recruit its way out of the shortage. It must also develop talent from adjacent industries and emerging worker populations.

Many candidates already have transferable skills. With the right training, certification and mentorship, they can become part of the semiconductor workforce.

This is especially important for critical technology roles, where the Semiconductor Industry Association (SIA) notes that expanding certification boot camps, apprenticeships, technical training pathways, workforce development initiatives and college training programs near fabs can help close the workforce gap.

3. Academic and Community Partnerships

One of the most important pathways to new semiconductor talent is partnership with academia, universities, community colleges, technical schools and local workforce boards.

This is an area I have personally seen make a meaningful difference. When employers, educators and workforce partners collaborate early, they can align curricula with real industry needs, create clearer career pathways and help students understand the opportunity in semiconductor careers.

For example, our parent company recently partnered with Maricopa Community Colleges in Arizona to help develop talent pipelines for semiconductor employers through industry-informed training, certifications, career readiness support and direct connections to employment opportunities. The benefits extend beyond talent acquisition, supporting STEM career pathways, apprenticeships, workforce mobility and stronger connections between employers and local educational institutions.

These partnerships, like ManpowerGroup’s Junior Achievement partnership, also help companies engage students earlier, including high school and K-12 awareness efforts. As I have discussed elsewhere, helping students understand the opportunities available in semiconductor careers is an important step in strengthening the future workforce.

4. Economic Development Support

Semiconductor projects are often regional economic development priorities. Workforce strategy should be part of that conversation from day one.

The impact of workforce development extends well beyond individual hiring needs. As semiconductor investment creates new jobs and expands regional economies, communities benefit from greater access to training, career mobility and high-quality employment opportunities.

This approach also reflects a broader belief shared by Experis and ManpowerGroup: that business success and community impact go hand in hand. By helping create pathways to meaningful, sustainable employment, companies can strengthen local talent ecosystems while supporting long-term economic growth.

This matters because the semiconductor talent challenge is not only about finding experienced experts. It is also about creating pathways for more people to enter the industry and ensuring the economic benefits of semiconductor expansion are shared across the communities where this growth is taking place.

Key Executive Takeaways

• Semiconductor and data center growth are interconnected. Rising AI and cloud demand is fueling both industries.
• Semiconductor manufacturers are competing with data centers and other advanced industries for many of the same skills, intensifying talent shortages.
• Companies need technology and workforce strategies that combine hiring, AI-enabled technology, reskilling and long-term talent development, so both industries can thrive.
• Universities, community colleges and technical schools are critical talent pipeline partners.
• Early workforce planning creates a competitive advantage. Aligning technology strategies and talent with expansion plans helps organizations scale more effectively.

Growth Belongs to Those That Build Talent Differently: Let’s Connect

Based on my experience working with semiconductor leaders, I believe that the semiconductor talent challenge is solvable. The organizations that succeed will be those that think beyond traditional hiring and take a proactive approach to workforce development, academic partnerships, and long-term talent and tech-capability planning.

At Experis, we're helping semiconductor companies do exactly that. As part of the ManpowerGroup family of brands, we help organizations build sustainable pipelines for the highly skilled technology talent that powers semiconductor innovation. We also help companies strengthen the capabilities that enable long-term growth, from AI and cybersecurity to cloud, engineering, data, modernization, automation and software-driven operations.

Let's start the conversation about how Experis can help you build the workforce and technology capabilities your semiconductor future depends on. Contact me and my team.