Labor Shortage Hinders U.S. Chip Revival: TSMC and Intel Face Challenges

According to the latest analysis and employer surveys by McKinsey & Co., the Semiconductor Industry Association (SEMI), and the U.S. National Science Foundation (NSF), the U.S. semiconductor talent shortage is expected to be most severe in Texas, California, Arizona, New York, and Ohio—regions where new wafer fabrication plants are heavily planned.

The study estimates that by 2030, the high-skill labor gap in the U.S. semiconductor industry could widen to as many as 157,000 full-time employees.

This talent shortfall could hinder TSMC (2330-TW) (TSM-US)’s $265 billion investment plan to build 12 wafer manufacturing and advanced packaging plants in Arizona, and may also affect Micron (MU-US)’s $100 billion memory production base in New York and Samsung Electronics’ logic chip factory in Texas.

The report notes that even Intel (INTC-US), which has delayed its $28 billion new plant project in Ohio, will face talent shortages once it enters mass production.

For chipmakers striving to expand domestic manufacturing and reverse decades of production shifting to Asia, labor challenges represent a significant new barrier.

Meanwhile, rising prices of raw materials such as copper, steel, and cement are increasing construction costs for new factories—central to former President Trump’s economic agenda.

As the semiconductor industry raises alarms, the AI boom has triggered corporate capital investment, but is also seen as a factor behind layoffs in tech and other sectors. According to Challenger, Gray & Christmas, layoffs announced due to AI this year have reached nearly 102,000 people.

The report emphasizes that without early intervention, the chip industry’s talent gap could not only undermine multi-billion-dollar corporate investments but also weaken the effectiveness of federal subsidies under the 2022 CHIPS and Science Act, aimed at boosting domestic production capacity.

The research team recommends a multi-pronged solution, including sustained government funding, expanded semiconductor-related curricula, and early career awareness programs in semiconductor fields.

Taylor Roundtree, McKinsey partner involved in the analysis, stated bluntly: "The market demand for talent far exceeds supply. The potential gap is so large that collective action is essential."

The study projects that by 2030, about 74% of unfilled semiconductor jobs in the U.S. will be in manufacturing, with 60% involving engineering roles. While training programs supported by the CHIPS Act have increased the supply of technicians for new fabs, improvements in meeting demand for manufacturing and hardware engineers remain limited.

Surveys show nearly three-quarters of semiconductor companies report significant difficulties in recruiting engineers. The root cause lies in the fact that only about 3% of U.S. engineering graduates enter the semiconductor industry, with most opting for higher-paying software-related fields such as artificial intelligence.

To cultivate talent, the CHIPS Act has allocated $200 million through organizations like the National Network for Microelectronics Education to the National Science Foundation for workforce development programs through 2027. The report recommends extending this funding support.

To enhance industry appeal, programs are underway for elementary school students in Arizona to experience semiconductor equipment firsthand and wear full cleanroom protective suits, commonly known as "bunny suits."

Roundtree remarked, "The U.S. hasn’t undertaken such a large-scale semiconductor capacity expansion in decades. For high school counselors and university professors, recommending semiconductor careers wasn’t previously a priority."