SUNY Poly Wins $60,000 to Advance Semiconductor Inspection Tech

The project aims to reduce waste and improve chip reliability, strengthening the Mohawk Valley's tech profile.

Mar. 24, 2026 at 9:11am

SUNY Poly, a university in Utica, New York, has secured $60,000 with local partner Xallent to advance cutting-edge semiconductor inspection technology using safe terahertz radiation. The project aims to reduce waste and improve chip reliability, which could boost the Mohawk Valley's tech profile and strengthen New York's role in national defense manufacturing.

Why it matters

The win is significant for Utica's growing tech sector, as it highlights the region's capabilities in cutting-edge semiconductor technology. Improving chip reliability and reducing waste are crucial for the semiconductor industry, and SUNY Poly's project could help solidify the Mohawk Valley's position as a hub for advanced manufacturing and innovation.

The details

SUNY Poly and Xallent, a local technology company, collaborated on the winning proposal, which focuses on developing semiconductor inspection technology using safe terahertz radiation. The project aims to reduce waste and improve chip reliability, which could have far-reaching implications for the semiconductor industry and the Mohawk Valley's tech ecosystem.

  • SUNY Poly secured the $60,000 award in March 2026.

The players

SUNY Poly

A university in Utica, New York, that focuses on advanced technology and engineering education.

Xallent

A local technology company that partnered with SUNY Poly on the winning proposal.

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What’s next

The project aims to further develop the semiconductor inspection technology and explore ways to commercialize the innovation, which could lead to new job opportunities and economic growth in the Mohawk Valley.

The takeaway

SUNY Poly's $60,000 win highlights the Mohawk Valley's growing tech capabilities and potential to become a hub for advanced manufacturing and innovation. The project's focus on improving chip reliability and reducing waste could have far-reaching implications for the semiconductor industry and the region's economic future.