What You Need to Know

Investment is accelerating domestically

More than $500 billion in announced private investment is expanding U.S. manufacturing capacity and strengthening supply chains.

Workforce shortages are the biggest constraint

The semiconductor industry faces a projected 67,000 worker shortfall by 2030, particularly in technician, engineering, and computer science roles.

Smart manufacturing increases demand for skilled talent

Nearly 48% of manufacturers expect to repurpose or hire more workers as digital transformation expands.

AI adoption is becoming standard

95% of manufacturers have invested in or plan to invest in AI technologies within the next five years.

Quality and cybersecurity are top priorities

50% of manufacturers plan to apply AI to quality control, while cybersecurity has risen to one of the top operational risks.

Workforce readiness will determine growth

Manufacturers consistently identify skills gaps and talent shortages as top barriers to competitiveness and operational resilience.

Workforce Readiness will Determine the Future of the Semiconductor Industry

Demand for advanced semiconductors is rising across AI, automotive, communications, and defense. As manufacturing expands and global competition increases, so does the need for skilled technicians, engineers, and computer scientists.

The 2025 State of the U.S. Semiconductor Industry Report(Opens in a new tab/window) outlines industry growth, workforce demand, and investment trends, while highlighting projected talent shortages that could limit future progress.

For workforce leaders, educators, manufacturers, and policymakers, the message is clear: sustained investment in training and industry-aligned workforce development is essential to maintaining U.S. competitiveness and long-term stability.

America Leads the Global Market

U.S. semiconductor firms account for half of global chip revenue, maintaining long standing sales leadership worldwide.

50.4% Revenue

Record Breaking Global Demand

Global semiconductor sales surpassed six hundred billion dollars for the first time, reflecting strong year over year growth.

$630.5 Billion

A Growing Technical Talent Shortage

The U.S. semiconductor industry is projected to face a substantial workforce gap by the end of the decade.

67,000 Workers

These insights are drawn from the 2025 State of the U.S. Semiconductor Industry Report(Opens in a new tab/window), published by the Semiconductor Industry Association. The report provides detailed data on industry growth, workforce demand, supply chain investment, and global competitiveness.

View the Full Report(Opens in a new tab/window)

Explore More Industry News

Showing 1 - 8 of 17
Three manufacturing professionals inspect cylindrical battery cells and monitor automated equipment inside a modern U.S. production facility.

Forge Nano Battery Expansion Signals Demand for Blended Manufacturing Skills

Forge Nano broke ground August 19 on a major expansion of its lithium-ion battery manufacturing facility in Morrisville, North Carolina.

  • Hiring Trends
Electronics manufacturing technicians inspect and test high-performance server equipment on a modern production floor.

Lenovo’s North Carolina Server Expansion Moves Into Its Next Hiring Phase

With more than 400 positions filled and hundreds more expected, the Whitsett expansion shows how AI infrastructure demand is creating new electronics manufacturing opportunities.

  • Hiring & Recruitment
Ultra HDI

What is Ultra-HDI, and Why Does It Matter for PCB Design Engineers

By Tara Dunn, SMTA Director of Training and Education

  • Industry Trends
Semiconductor technicians and apprentices examine a silicon wafer with an instructor in a modern electronics manufacturing training lab.

Texas Terafab Plan Puts Workforce Development on the Critical Path

The planned semiconductor campus could create thousands of jobs, but building a regional skills pipeline will be essential to turning investment into production capacity.

  • Workforce Development
A diverse group of manufacturing workers and an instructor examine automated electronics assembly equipment during a hands-on training session.

Detroit Manufacturing Academy Builds a Practical Path to Smarter Production

Apple’s collaboration with Michigan State University gives small and midsize manufacturers hands-on support in automation, quality, process improvement, and other advanced production skills.

  • Training & Education
Technicians in cleanroom gear review wafer inspection equipment in a semiconductor manufacturing training environment.

TSMC’s New U.S. Investment Raises the Stakes for Semiconductor Workforce Planning

The company’s latest U.S. expansion plan points to a broader shift from single-facility hiring needs to long-term talent pipelines for advanced electronics manufacturing.

  • Industry Trends
Technicians in safety glasses examine a power semiconductor module at an electronics manufacturing workbench.

CHIPS Award Puts Silicon Carbide Power Electronics in the Workforce Spotlight

A new $250 million federal R&D award to I-Pulse points to growing demand for advanced semiconductor skills tied to power electronics, harsh-environment systems, and specialized U.S. manufacturing.The U.S.

  • Workforce Development
Technicians in safety glasses review semiconductor manufacturing equipment and a wafer carrier in a modern advanced manufacturing training environment.

Coherent Expansion in Texas Highlights the Workforce Behind AI Manufacturing

The U.S. Department of Commerce’s CHIPS Program Office announced a letter of intent with Coherent Corp. for up to $50 million in direct funding to expand indium phosphide semiconductor production in Sherman, Texas.

  • Workforce Development

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If your organization has published research relevant to electronics manufacturing workforce development, we welcome collaboration.

EMAC prioritizes research that supports long-term workforce stability, measurable industry outcomes, and regional partnership models.

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