Boise State to Launch RAVEN Microelectronics Center
The university will establish a specialized microelectronics facility starting in October 2026 to support extreme-environment research.
Updated on Oct. 15, 2026 in Quantum Computing
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Boise State University is set to launch the RAVEN Center for Extreme-Environment Microelectronics following a $2.7 million award. The facility will serve as a shared user space for academic, government, and industry researchers beginning in October 2026.
Why it matters
The center addresses data processing limitations in uncrewed aircraft by utilizing two-dimensional quantum materials. These materials help reduce power consumption and decrease reliance on vulnerable data links for advanced sensors.
The 15-month project will install infrastructure for advanced optical metrology and direct-write printing of sensors. This includes utilizing a 2D metalorganic chemical vapor deposition reactor and a mobile autonomous testbed for field deployment.
The players
Boise State University
This public research university serves as the host institution for the new microelectronics facility.
Air Force Research Laboratory
This organization operates as a scientific research unit of the United States Air Force and is a key partner in this project.
The details
The project integrates academic research with national defense goals through a partnership with the Air Force Research Laboratory. Students will contribute to the center's development through the NSF Research Experiences for Undergraduates and McNair Scholars Program.
Timeline
The RAVEN project is scheduled to begin in October 2026.
The Tech Race
The center's reliance on two-dimensional quantum materials to manage sensor data in aircraft signals a shift from traditional silicon-based computing hardware. This facility positions the institution at the forefront of the race to replace conventional electronics with more resilient, low-power alternatives for extreme environments.
Local students will gain hands-on technical experience in equipment installation and qualification through the project. This partnership provides a new workforce development pipeline in Boise for careers in high-tech microelectronics and aerospace sensors.
The takeaway
The RAVEN Center highlights how specialized regional research facilities can address critical infrastructure needs in defense and aerospace. Researchers and students working in this field should focus on the transition toward power-efficient materials to overcome current processing constraints.
Further reading
For broader trends in experimental hardware, see Quantum Computing.
Source note: This article includes information reported by Innovation News Network.
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