ASU’s semiconductor work to be featured at nation’s largest microelectronics trade show

Arizona State University (ASU) is poised to play a significant role in the semiconductor industry spotlight as it features prominently at SEMICON West, the largest microelectronics trade show in North America. Scheduled to take place from October 7 to 9 at the Phoenix Convention Center, this year’s event holds particular significance as it marks the first time in its 55-year history that SEMICON West is being hosted outside of California, underscoring the importance of Arizona as a burgeoning hub for semiconductor innovation.

ASU’s Position in the Semiconductor Ecosystem

ASU has positioned itself at the forefront of semiconductor research and development, heavily involved in several large-scale projects associated with the CHIPS and Science Act. This act aims to revitalize and enhance the United States’ semiconductor manufacturing capabilities, particularly in response to mounting global competition and supply chain vulnerabilities highlighted by the COVID-19 pandemic.

ASU’s approach integrates the entire semiconductor ecosystem—from cutting-edge research and advanced packaging to large-scale manufacturing and workforce development. As part of its robust presence at SEMICON West, ASU will not only showcase its research and commercial collaborations but also its commitment to developing a workforce capable of meeting industry demands.

Keynote and Presentations

During the event, ASU President Michael Crow will deliver a keynote address that is anticipated to shed light on ASU’s contributions to the semiconductor field. Additionally, several faculty members will present their expertise, including Binil Starly, director of the School of Manufacturing Systems and Networks. Starly will discuss the innovative use of artificial intelligence and robotics in semiconductor fabrication labs—areas particularly relevant as the industry seeks to enhance safety and efficiency in manufacturing processes.

Such presentations are expected to attract a variety of stakeholders from both the academic and industrial sectors, reinforcing ASU’s role as a key contributor to the semiconductor landscape.

Workforce Development: An Industry Imperative

One of the major themes of SEMICON West will be workforce development. The semiconductor industry is currently facing a significant shortage of qualified engineers. A recent survey by the SEMI Foundation indicated a staggering 5% of engineering roles remain unfilled due to insufficient graduates from U.S. universities. This gap poses risks to the industry’s ability to innovate and expand.

ASU’s proactive approach to bridging this talent gap is notable. Just last month, as part of Semiconductor Week, ASU engineering students had the chance to engage with employers directly. The SEMICON West event will further facilitate networking opportunities, linking students and recent graduates to potential career paths—a vital resource given the influx of investments into Arizona’s semiconductor sector, most notably from companies like TSMC.

Educational Alignment with Industry Needs

ASU takes pride in being one of the largest producers of talent for the semiconductor industry. Its educational programs have been meticulously designed to align with the needs of the industry, catering not just to undergraduate students, but also offering master’s and Ph.D. pathways. This comprehensive educational structure prepares students to fill the diverse roles required within the semiconductor ecosystem.

Students in various fields—including engineering, computer science, chemistry, physics, mathematics, data science, and business—are encouraged to attend SEMICON West. Special provisions, including free passes, will allow them access to a wealth of exhibits, networking events, and panel discussions designed to showcase cutting-edge developments in microelectronics.

K–12 Engagement and Future Awareness

ASU’s commitment to inspiring future generations is embodied in its efforts to engage with K–12 students. With a goal to reach 25,000 students and 500 teachers over the next five years, ASU is implementing a K–12 microelectronics education model that includes hands-on events and academic pathways tailored for high school students. Such initiatives are crucial for fostering an early interest in the semiconductor field, providing students with the foundational skills and knowledge necessary for future careers.

Among the innovative approaches to K–12 education is the launch of "Future Fab Heroes," a game created by ASU students that features an immersive training simulation designed to introduce middle schoolers to the basics of microelectronics. This initiative not only showcases students’ creativity and technical skills but also aims to bridge the knowledge gap by making semiconductor concepts accessible and engaging.

Significant Partnership: The Materials-to-Fab Center

A landmark moment at SEMICON West will be the announcement of the Materials-to-Fab Center in collaboration with Applied Materials. This $270 million laboratory, located in ASU’s Macrotechnology Works building, aims to enhance the translation of innovations from concept to fabrication prototype. With Phoenix already proving to be a nucleus for innovation, Applied Materials’ decision to establish this center in Arizona is viewed as a significant vote of confidence in the region’s market potential.

Kyle Squires, senior vice provost of engineering, computing and technology, articulated the strategic importance of this partnership, emphasizing that Phoenix’s rich ecosystem of talent and innovation practically beckoned companies like Applied Materials to set up operations there.

Conclusion: A Promising Future in Semiconductor Innovation

The upcoming SEMICON West in Phoenix serves as a testament to Arizona’s ascendance as a key player in the semiconductor industry, with ASU acting as a central figure in this transformative narrative. Through its multifaceted approach—ranging from advanced research and educational initiatives to robust industry partnerships—ASU exemplifies how academic institutions can effectively collaborate with industry to address pressing challenges like workforce shortages and technological advancement.

As the semiconductor landscape continues to evolve, the steps taken now by institutions like ASU will be vital in ensuring the United States remains competitive on the global stage. This event not only highlights the innovative work being done in Arizona but also serves as a platform for fostering collaboration and nurturing the next generation of talent that will drive the microelectronics industry forward. By leveraging the expertise of its faculty and the enthusiasm of its students, ASU is well on its way to solidifying its role as a semiconductor powerhouse.

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