Arizona’s public universities, which include Arizona State University, Northern Arizona University and the University of Arizona, play a pivotal role in the state’s strategy to attract semiconductor investment and create high-wage jobs. Through cutting-edge research and hands-on training, these institutions are aligning academic programs with industry needs to prepare graduates for careers in this rapidly growing sector. Their efforts support the Arizona Board of Regents’ AZ Opportunity initiative, which focuses on connecting higher education with the state’s evolving workforce demands.
By leveraging its higher education system to build a strong semiconductor infrastructure, Arizona is successfully attracting major industry investment and retaining top talent. The universities offer direct pathways from education to employment, driving long-term economic growth and helping ensure Arizona remains competitive in a dynamic global market. Since 2020, the state has secured over $210 billion in semiconductor-related investments and more than 25,000 projected new jobs — the most of any state in the nation.
Arizona’s momentum following SEMICON West, held in Phoenix for the first time in the event’s 34-year history, continues to gain national and international attention, with outlets such as Politico, EE Times and DigiTimes highlighting the conference’s success. Since then, the pace of semiconductor activity in the state has only accelerated.
On Monday, Arizona-based Microchip Technology announced the launch of the industry’s first 3nm PCIe® Gen 6 switches, a breakthrough expected to drive next-generation AI infrastructure. This innovation marks a significant achievement from one of Arizona’s most established semiconductor companies.
Meanwhile, Intel recently unveiled its Panther Lake architecture, the first product built on its cutting-edge 18A process node. The announcement comes as production ramps up at Fab 52, Intel’s newest manufacturing facility in Chandler, signaling another key milestone in Arizona’s expanding semiconductor landscape.
