US Semiconductor Plant Construction Threatened by Skilled Worker Shortage

A worsening shortage of skilled workers could delay construction of new semiconductor plants across the US and limit future chip output, unless industry players pool resources and government funding continues, Bloomberg reported.

The shortfall is expected to hit hardest in Texas, California, Arizona, New York and Ohio, states where most new chip facilities are being built. According to joint analysis by McKinsey & Co., industry group SEMI and the National Science Foundation, the skilled labour gap could reach as high as 157,000 full-time workers by 2030.

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The talent crunch threatens major investments already underway, including Taiwan Semiconductor Manufacturing Co.'s estimated $265 billion outlay across a dozen chipmaking and packaging plants in Arizona, Micron Technology Inc.'s $100 billion memory chip project in New York, and Samsung Electronics Co.'s logic chip facility in Texas. Intel Corp.'s delayed $28 billion Ohio investment is also expected to face shortages once production scales up, the report noted.

The findings add to a growing list of challenges for US chipmakers trying to expand domestic manufacturing and reverse decades of production moving to Asia. Rising costs for copper, steel and cement are also pushing up construction expenses for plants central to President Donald Trump's economic agenda.

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Even as the chip sector braces for a labour crunch, the broader AI investment boom has contributed to job losses elsewhere in tech. Outplacement firm Challenger, Gray & Christmas has tracked nearly 102,000 job cuts linked to AI so far this year.

The report warned that without intervention, the labour gap could jeopardise both private investment plans and federal funding under the 2022 CHIPS and Science Act. It recommended sustained government support, expanded semiconductor curricula, and earlier career exposure for students.

By 2030, roughly 74% of unfilled roles in the sector are expected to be in manufacturing, and 60% in engineering. Nearly three-quarters of employers already report difficulty hiring engineers, the survey found, a problem compounded by the fact that only about 3% of US engineering graduates enter the chip industry, with most drawn to higher-paying software and AI roles instead.

The CHIPS Act has allocated $200 million through 2027 to the National Science Foundation for workforce development, run through the National Network for Microelectronics Education. The report's authors recommended continuing this funding.

The scale of the shortfall underscores just how central semiconductors have become to the US economy, and why a shortage of workers to build and run these plants carries consequences far beyond the industry itself.

What is a semiconductor?

A semiconductor, commonly called a chip, is a material, typically silicon, that conducts electricity under some conditions but not others, making it possible to precisely control the flow of electrical signals. This property allows chips to be etched with billions of microscopic transistors, the on-off switches that form the basic logic of all modern electronics. Semiconductors sit inside virtually every piece of modern technology, from smartphones and laptops to cars, medical devices, home appliances and data centres.

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It is this ubiquity, combined with the sheer difficulty of producing chips at the cutting edge, that explains why semiconductors carry outsized economic and strategic weight today.

Why chips have become the world's most valuable technology?

Chips have become central to global economic and strategic competition because they power the technologies driving today's economy. Artificial intelligence, cloud computing, defence systems and advanced manufacturing all depend on a steady supply of increasingly powerful semiconductors, because chip fabrication requires extreme precision, massive capital investment and highly specialised engineering talent, only a handful of countries and companies can produce cutting-edge chips at scale.

This has made semiconductors not just a commercial product but a matter of national security and industrial policy, prompting governments, including the US, to pour billions of dollars into building domestic chipmaking capacity.