U.S. chipmakers warn labor shortage threatens semiconductor expansion
A rapid buildout of semiconductor manufacturing in the U.S. is colliding with a limited pipeline of engineers and technicians as demand for AI-related chips grows. A new McKinsey report with the SEMI Foundation estimates the country could face a shortage of as many as 157,000 semiconductor workers by 2030.
Highlights
- Chipmakers including TSMC, Intel, and Samsung warn that a worsening U.S. labor shortage threatens the country's rapid semiconductor manufacturing expansion, with only 3% of engineering graduates entering the industry and 73% of employers struggling to fill positions.
- Samsung's $35 billion fab buildout in Taylor, Texas, set to create 3,500 jobs, relies on experienced South Korean staff for equipment start-up due to limited U.S. domestic expertise.
- U.S. universities such as Purdue and Arizona State are investing millions in semiconductor-focused programs, but U.S. talent supply lags Asian regions, while SEMI Foundation reports annual industry salaries from $127,000 to above $238,000 amid persistent hiring challenges.
Workforce gap hits new fab expansion
As reported by CNBC, chipmakers and industry groups are warning that staffing constraints are becoming a major risk for the U.S. semiconductor manufacturing push. The report cited in the coverage says only 3% of U.S. graduates who take engineering roles enter the semiconductor industry each year, while 73% of employers report significant difficulty filling engineering positions.That pressure is building as the U.S. accelerates what the article describes as its fastest chip manufacturing expansion in history. Taiwan Semiconductor Manufacturing Company and Intel are producing advanced logic chips from new fabs in Arizona, while Samsung says it will begin advanced logic production at the first of two new fabs in Taylor, Texas, later this year as part of a $35 billion buildout expected to create about 3,500 jobs.
Jon Taylor, executive vice president of Samsung’s semiconductor division in Austin, Texas, says the company is hiring across engineering, technician and supply chain roles, with multiple employers competing for the same talent. He also says Samsung is relying on South Korean colleagues to help start up equipment because domestic experience remains limited.
Universities and pay dynamics shape supply response
To widen the talent pipeline, U.S. universities are investing in semiconductor-focused programs as students face weaker prospects in some software engineering roles and more uncertainty from AI. Purdue University and Arizona State University are among the schools spending millions of dollars on training initiatives, and Purdue says it launched semiconductor degree programs in 2022 that now draw about 2,500 students into chip-related courses each semester.U.S. producers are also contending with stronger established talent ecosystems in Asia, where advanced chip manufacturing has been concentrated for decades. The article says Micron has held expedited recruitment drives at technical universities in South Korea for roles at its Asia fabs, while universities in Taiwan and South Korea already have graduate schools or departments dedicated to semiconductor training.
Pay remains another factor in the competition for labor. The SEMI Foundation says U.S. semiconductor salaries typically range from $127,000 to $187,000, with senior industry roles above $238,000, even as employers continue to struggle to secure enough workers to operate new factories.
Our earlier coverage of the U.S. government’s CHIPS Act-backed push into quantum computing described how federal funding expanded beyond traditional semiconductor manufacturing, with new investments aimed at accelerating next-generation chip technologies. We noted that despite limited near-term commercial use, the sector is attracting rapidly rising capital and policy support, underscoring how the broader U.S. chip strategy increasingly depends on turning ambitious buildouts and R&D commitments into operational capacity.