The recent announcement by the Department of State and Arizona State University (ASU) of a new initiative aimed at fortifying the international microelectronics supply chain is a significant step towards reshaping the landscape of semiconductor manufacturing and research. This initiative, fueled by a $238 million funding from the CHIPS and Science Act, heralds the establishment of eight Microelectronics Commons regional innovation hubs, with ASU playing a pivotal role.
ASU’s involvement in this project, described as the first major national security-oriented research and development laboratory in Arizona, demonstrates a concerted effort to reinvigorate semiconductor manufacturing in the United States. The initiative is a result of collaborative efforts, including significant contributions from Senators Mark Kelly and Kyrsten Sinema, who played critical roles in the passage of the CHIPS and Science Act.
This initiative is not just about manufacturing; it’s about innovation and securing America’s position in the global microelectronics landscape. ASU’s research strategy, particularly in 3D High Integration (3DHI) microsystems, represents a significant technological leap. These systems stack individual computer chips vertically, reducing resistance and enhancing efficiency. The integration of different material types within a single device – such as silicon carbide and gallium nitride – for various functions like processing and memory, represents a breakthrough in microelectronics design.
Beyond technology, the initiative also emphasizes workforce development. ASU is working towards creating a robust talent pipeline necessary for the burgeoning semiconductor industry. Their approach includes traditional degree programs as well as rapid, low-cost options for upskilling and re-skilling, catering to immediate demands and long-term needs in microelectronics talent.
This development in Arizona is part of a broader narrative of the U.S. striving to reclaim its position in the global semiconductor market. Historically, the U.S. led the world in semiconductor manufacturing, but its market share has significantly dwindled over the years. RAND Corporation’s research highlights the strategic importance of microelectronics and the need for the U.S. Department of Defense to consider policies that mitigate supply chain risks and align with U.S. strategic goals.
The collaboration between academia, government, and industry stakeholders in this initiative exemplifies a strategic approach to tackle one of the most pressing challenges in technology and national security. It’s a multi-faceted effort that combines cutting-edge research, policy making, and education to ensure the resilience and advancement of the microelectronics supply chain.
This initiative marks a significant milestone in securing the microelectronics supply chain and reinforces the role of innovation, collaboration, and strategic planning in maintaining national security and economic competitiveness in the global arena.