Key Takeaways

• Texas A&M University launched a new Semiconductor Institute to strengthen the state’s position in the semiconductor industry.
• Gov. Greg Abbott highlighted the significance of the semiconductor sector for economic growth and national security.
• The Texas CHIPS Act provides funding to enhance semiconductor research and development in the state.

Texas Takes the Lead in Semiconductor Innovation

On April 9, Texas Governor Greg Abbott, accompanied by various stakeholders, marked the ceremonial groundbreaking of the Texas A&M Semiconductor Institute at the RELLIS campus. This initiative aims to position Texas as a leader in the semiconductor industry, critical for the state’s economy.

During the event, Regent Jay Graham emphasized that leadership is cultivated through institutions such as this one, which will create a talent pipeline and facilitate innovation partnerships. Rep. Paul Dyson highlighted the significance of semiconductors as foundational to modern economic infrastructure, ranging from consumer electronics to medical devices. He expressed optimism about the new facility’s role in bringing high-wage jobs and innovation to Brazos County.

Abbott, introduced by A&M Vice Chancellor Joe Elabd, showcased the Texas CHIPS Act, signed in June 2023, aimed at expanding the semiconductor sector. This legislation established the Texas Semiconductor Innovation Consortium and provided funding for the Semiconductor Institute. Abbott underscored the urgency of developing semiconductor capabilities in the U.S. while ensuring that American-made chips become integral to all future technological platforms.

Abbott noted Texas’s current leadership position in the industry, citing the upcoming $44 billion Samsung facility in Taylor. He predicted that the future landscape of semiconductor manufacturing would be dominated by three regions: Taiwan, China, and Texas.

Steve Putna, Director of the A&M Semiconductor Institute, shared that a key goal is to bridge the gap between academia and the semiconductor industry, often referred to as “the valley of death.” He expressed commitment to reducing barriers for innovation to reach the market. Student volunteers from A&M’s AggieFab Nanofabrication Facility participated in the groundbreaking, highlighting the institute’s focus on real-world applications.

Electrical engineering student Alan Jaf remarked on the strong support from university leaders, indicating a collective commitment to student success both academically and professionally. The groundbreaking symbolizes not only investment in infrastructure but also a broader commitment to fostering a skilled workforce ready to meet the demands of the semiconductor industry.

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