FAST’s $160m Investment Boosts Oregon’s Semiconductor Sector

Oregon’s Frontiers of Advanced Semiconductor Technology (FAST) Consortium Receives Major NSF Award

Oregon’s FAST consortium, led by Oregon State University, has been chosen as one of the National Science Foundation’s (NSF) Regional Innovation Engines, securing an initial $15 million grant with the potential to reach $160 million over the next decade. This funding is aimed at driving innovation, workforce development, and commercialization within the semiconductor industry.

Comprising nearly 100 partners from academia, industry, government, investors, and nonprofits, FAST is designed to bolster Oregon’s semiconductor ecosystem, fostering new research, startup creation, and advanced manufacturing capabilities.

This prestigious award places Oregon among the 12 NSF Regional Innovation Engines selected nationwide, highlighting the state’s commitment to advancing critical technologies and economic growth.

Building on a Legacy of Investment

Established in 2022, FAST has received significant support, including a $1 million grant in 2023 to lay the groundwork for its current success. The latest award signifies a pivotal moment in the consortium’s journey, enabling the transformation of research into market-ready technologies and promoting collaboration within Oregon’s tech sector.

The NSF’s Regional Innovation Engines initiative aims to cultivate regional innovation clusters that drive progress in vital technologies. Alongside semiconductors, this year’s selected projects focus on quantum computing, energy grid security, and critical minerals extraction.

Pioneering Innovation in Semiconductors

FAST is committed to addressing key challenges facing the semiconductor industry, meeting the growing demand for advanced chips worldwide. These chips are integral to various sectors, including AI, electric vehicles, communications, and national security.

Global investments in semiconductor technologies are projected to reach $1 trillion by 2030, underscoring the urgency for enhanced research, manufacturing capabilities, and skilled talent. Oregon’s longstanding reputation in semiconductors positions FAST as a pivotal player in advancing semiconductor research, development, and production.

With a focus on AI integration, FAST aims to streamline chip design, enhance manufacturing efficiency, and expedite the development of next-gen semiconductor technologies.

Driving Long-Term Growth in Three Key Areas

The newly secured funding will support three strategic priorities to fortify Oregon’s innovation ecosystem and enhance semiconductor industry competitiveness.

Firstly, FAST will expedite the transition from research to commercial applications by aligning technology needs with industry demands and facilitating rapid deployment of research outcomes.

Secondly, the consortium will foster startup growth by bridging the gap between entrepreneurs, investors, and established semiconductor companies, facilitating the swift progression of innovative technologies to market.

Lastly, FAST will focus on workforce development, preparing individuals for evolving roles in AI and advanced manufacturing within the semiconductor sector through tailored education programs and career pathways.

Cultivating Collaborative Partnerships

A key strength of FAST lies in its collaborative model, uniting various stakeholders to drive innovation in semiconductor research, development, and production. By leveraging expertise from academia, industry, government, and investment partners, the consortium aims to create a cohesive approach to innovation.

Furthermore, FAST aligns with broader initiatives to bolster domestic semiconductor production and supply chains, promoting economic growth and technological competitiveness in the United States.

Through sustained investment, cross-sector collaboration, and workforce development, the NSF-backed FAST Engine is poised to elevate Oregon as a hub for semiconductor innovation. Success in meeting performance targets could unlock the full $160 million investment, propelling Oregon’s semiconductor industry forward and bolstering US leadership in advanced chip technologies.