The race to build advanced AI hinges on a critical bottleneck: the semiconductor workforce. As artificial intelligence companies grapple with the implications of rapid technological advancement and even propose slowing down development, a looming challenge on the hardware front is poised to dictate the industry’s pace. The United States is facing a significant deficit in semiconductor talent, with projections indicating a shortfall of up to 157,000 skilled workers by 2030, according to a comprehensive report by McKinsey and the SEMI Foundation.
“We are concerned,” stated Jon Taylor, executive vice president of Samsung’s semiconductor division in Austin, Texas. “We simply don’t see a robust pipeline of technical talent emerging.” This sentiment is echoed across the industry. McKinsey’s analysis reveals that a mere 3% of U.S. engineering graduates who enter engineering roles annually choose to pursue careers in the semiconductor sector. Compounding this, a staggering 73% of chip manufacturers report substantial difficulties in filling engineering positions.
These engineers and skilled technicians are indispensable as the U.S. embarks on its most extensive chip manufacturing expansion in history. This ambitious buildout is driven by the imperative to produce the memory and logic processors essential for powering the next generation of AI. Industry giants such as Taiwan Semiconductor Manufacturing Company (TSMC) and Intel are already operationalizing advanced logic chip fabrication plants, or “fabs,” in Arizona. Samsung is poised to join this cohort, with its first of two new fabs in Taylor, Texas, slated to commence production later this year. This expansion represents a significant investment of $35 billion in Texas, with Samsung anticipating these new facilities will generate approximately 3,500 jobs.
“We are actively recruiting engineers, technicians, and supply chain professionals,” Taylor added. “There’s a universal demand for these roles, and we are in a race against time as these new facilities come online.”
While the U.S. is recognized as the birthplace of semiconductors and a global leader in chip design, the advanced chip manufacturing sector has been predominantly concentrated in Asia for decades. This geographical distribution is largely attributed to the more established and robust talent pipelines in those regions. Consequently, companies like Micron have resorted to aggressive recruitment strategies at technical universities in South Korea, conducting on-the-spot interviews and extending permanent job offers for their Asian facilities.
This situation presents a potential silver lining for U.S. university students who have witnessed a downturn in software engineering roles and increased job market uncertainty attributed to AI advancements. Institutions such as Purdue University and Arizona State University are making substantial investments to develop programs tailored to prepare American students for critical roles within the semiconductor industry. Michael Crow, president of ASU, emphasized, “We are already the largest global supplier of college graduates to Intel, and we are striving to achieve the same for TSMC.”
However, the allure of U.S. semiconductor positions is challenged by compensation discrepancies compared to countries like South Korea, where chip industry professionals are highly sought after, even influencing the marriage market. While roles in South Korea often involve demanding 12-hour shifts, the prospect of substantial bonuses, especially following worker actions at companies like Micron, Samsung, and SK Hynix, can reach upwards of $500,000. In contrast, U.S. salaries typically range from $127,000 to $187,000 for experienced professionals, with senior roles potentially exceeding $238,000, according to the SEMI Foundation. “As individuals continuously enhance their skill sets, higher compensation will become a necessity,” Crow observed. “This is particularly true as the industry scales exponentially and workforce demands become exceptionally significant.”
## Staffing U.S. Memory Fabs
The demand for skilled labor is particularly acute at major memory chip manufacturers, who are racing to expand capacity amidst a global shortage. This scarcity is compelling industry leaders like Nvidia and Advanced Micro Devices to aggressively secure supply chains.
The epicenter of this manufacturing expansion is South Korea, where SK Hynix is preparing to bring its world’s largest memory campus online. Despite the current concentration of advanced memory production in Asia, Micron is actively developing America’s first advanced memory fab in Boise, Idaho, scheduled for completion next year, with another facility underway in Clay, New York.
SK Hynix is also establishing its inaugural U.S. facility at Purdue Research Park in West Lafayette, Indiana. While this $4 billion investment focuses on memory chip packaging rather than front-end manufacturing, both SK Hynix and Micron will be vying for a limited pool of U.S.-based memory chip workers. “We are confident in our ability to secure a cadre of high-caliber employees within a few years, fostered by strong community collaboration,” stated SK Hynix CEO Kwak Noh-Jung during a groundbreaking ceremony in Indiana, highlighting the critical nature of this talent acquisition. Recent reports indicate that SK Hynix is in discussions with Intel regarding the potential for manufacturing its memory chips in the U.S. for the first time, possibly through a lease arrangement at Intel’s Ohio facility.
During a Micron event in July, Commerce Secretary Howard Lutnick urged SK Hynix and Samsung to establish front-end memory fabs in the U.S. Taylor noted that such strategic decisions are beyond his purview, emphasizing, “Regardless of whether it’s memory or logic chips, I will still face significant challenges in securing all the necessary resources to operate these factories.”
Both Samsung and SK Hynix have confirmed their strategy of temporarily relocating workers from South Korea to facilitate the launch of their new U.S. fabs. Samsung has also implemented a program where U.S. employees undergo several months of intensive training in South Korea, a practice mirrored by TSMC during the construction of its initial Arizona fabs in 2021. “The most advanced technology resides in Asia at present,” Taylor explained. “Our South Korean colleagues are instrumental in assisting us with the startup of equipment on which we have limited prior experience.”
To bolster its U.S. presence, ASML, a leading European advanced chip equipment manufacturer, has launched a U.S.-based technical training center aimed at addressing the demand for engineers.
## Creating the Pipeline
While a concentration of skilled semiconductor talent exists overseas, the reliance on foreign expertise through H-1B visas has proven to be an expensive and complex undertaking. The long-term strategy for chipmakers, as conveyed to CNBC, centers on cultivating domestic talent pipelines.
Universities in Taiwan and South Korea boast specialized graduate programs dedicated to semiconductor education. In the U.S., while still developing, hands-on training initiatives are gaining traction, supported by significant investments from semiconductor companies. Purdue University launched a series of semiconductor-focused degree programs in 2022, with approximately 2,500 students currently enrolled in chip-related courses each semester. The university’s Birck Nanotechnology Center provides students with practical experience on equipment comparable to that used in facilities like SK Hynix’s nearby fab. “For individuals seeking specialized semiconductor training, Purdue currently offers a unique educational path, with students earning degrees directly in this field,” commented Mitch Daniels, Purdue’s interim president and former governor of Indiana. “Our career fairs consistently attract an overwhelming number of employers.”
Arizona State University has repurposed an former Motorola manufacturing facility into the MacroTechnology Works cleanroom. This expansion, bolstered by a $200 million investment from chip equipment maker Applied Materials, includes a new training center. TSMC also operates a technician program at ASU, offering graduates guaranteed interviews and helping to fill an estimated 6,000 positions across its initial three Arizona fabs. Intel has introduced an apprenticeship program in Arizona and committed $50 million in scholarships to over 80 institutions in Ohio, near its under-construction fab. Furthermore, Intel’s broader semiconductor education pathways program, launched in 2025, begins engagement at the K-12 level.
Samsung is proactively addressing the talent shortage through a workforce development program initiated in 2023. This program includes multi-million dollar donations to the University of Texas, Texas A&M, and the University of Illinois, supporting new chip engineering programs at each institution. The company also contributed $1 million to establish technical labs at Taylor High School and hosts over 100 interns annually.
Federal initiatives are also playing a crucial role. Since the passage of the CHIPS Act in 2022, more than 80 community colleges have either launched or expanded their semiconductor programs, partly fueled by a $200 million federal fund dedicated to building the domestic chip workforce. “If we do not accelerate our efforts with greater speed and aggression than previously demonstrated, we risk falling behind,” Daniels cautioned. “And such an outcome is unacceptable.”
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